Les Matériaux de Référence. Selon ISO. Abréviations Utilisées. Avertissement concernant les teneurs. SYLAB - SYstèmes de LABoratoires

Transcription

1 2010

2 MATERIAUX DE REFERENCE CERTIFIES septembre, 2010 Les Matériaux de Référence Les analyseurs AA,ICP,XRF,ETINCELLE,IR... nécessitent des matériaux de référence pour leurs étalonnages. Les éventuelles mises en solution ou des effets de matrices (textures, éléments présents,réfractarité physico-chimique etc..) nécessitent l emploi de matrices aussi proches que possible de celles des matériaux à analyser.l extraction de matières premières laissant la place à des approvisionnements internationaux nous a amenée à proposer des matériaux de références de pays généralement producteurs de ces matières.l autre intéret de cette diversité de sources de matériaux réside dans la multiplicité des méthodes d analyses et des laboratoires participant à l établissement des certificats. Cette multiplicité de techniques d analyse utilisée pour les standards primaires limite les risques d éventuelles interférences spécifiques inhérents à l utilisation d un principe uniforme d analyse par les laboratoires participant à l établissement des certificats.une comparaison significative doit se faire à partir de principes de mesure et de matériaux de référence communs. Les valeurs certifiées sont obtenues par une ou plusieurs voies: - L utilisation d une méthode de référence valide. -L utilisation de deux méthodes ou plus, précises et indépendantes. - L utilisation d un réseau de laboratoires ayant des compétences sur le matériau. Selon ISO Selon ISO 30, la signification des abréviations utilisées est: MR ou (RM): Matériau ou substance dont une ou plusieurs propriété(s) est (sont) suffisamment bien définie(s) pour permettre de l utiliser en étalonnage d un appareil, l évaluation d une méthode de mesurage ou l attribution de valeurs aux matériaux. MRC ou (CRM): Matériau de Référence dont une ou plusieurs valeur(s) est (sont) certifiée(s) par une procédure techniquement valide, ayant un certificat ou un autre document à cet effet, qui est délivré par un organisme de certification. Abréviations Utilisées CRM: Certified Reference Material- SUS: Setting-Up Samples - RM: Reference Material - SRM: Standard Reference Material - ECRM: European Certified Reference Material - SS: Setting Sample Symbolisme: * : C.R.M () : valeurs non certifiées REM : complément Produit épuisé: Epuisé Avertissement concernant les teneurs Les teneurs des éléments dosés sont celles au jour d impression de ce catalogue. Elles peuvent différer légèrement selon les nouveaux lots de matériaux remplaçant un lot épuisé ou, pour certains produits instables, suite à l établissement d un nouveau certificat d analyse. Selon les producteurs les références peuvent éventuellement être modifiées ou non, par évolution d un suffixe numérique ou alphabétique suivant la référence. Dans tous les cas, seules les teneurs inscrites sur le certificat d analyse du produit reçu, sont à prendre en compte pour l étalonnage de l appareil d analyse. Avertissement concernant les tarifs Nos fournisseurs sont internationaux. Les cadences de remise à jours sont variables selon les pays d origine. Nos tarifs sont actualisés en permanence, en tenant compte des évolutions dans la parité des changes et des évolutions des tarifs des transports ainsi que des taxes liées aux règlementations. Par expérience, nous pouvons vous confirmer que les variations moyennes sont faibles, et nous pouvons vous donner les prix actualisés dans les plus brefs délais sur votre demande. Des taxes d aéroport spéciales affectent les prix des les produits dangereux d origine non continentale, (quelques solides, les acides, et les produit à bas point d éclair), ces taxes sont indiquées lors des demandes d offres émises par le client. SYLAB - SYstèmes de LABoratoires SYLAB Systemes de LABoratoire est une s.a.r.l indépendante spécialisée dans la conception d appareils d analyses (IRS2000, IRCS2000, IF2000, NDIR2000, PYR2000), de mesure et contrôle. Ces équipements sont utilisés par des laboratoires de recherches de grandes sociétés françaises.ces matériels d analyse nécessitent l emploi de matériaux de référence certifiés,et par conséquent, nous avons développé depuis plus de 10 ans une activité de distribution de ces produits. SYLAB édite un CDROM, des catalogues électroniques sur internet et des catalogues sur papier. Ces matériaux de référence représentent aujourd hui plus de produits sur les choix desquels nous pouvons vous conseiller. [email protected] Aline FRISCH:votre interlocutrice commerciale Christian Pivovard: votre interlocuteur technique

3 MATERIAUX DE REFERENCE CERTIFIES septembre, 2010 MATERIAUX DE REFERENCE MASSIFS POUR SPECTROMETRIE MATERIAUX DE REFERENCE POUR L INDUSTRIE MATERIAUX DE REFERENCE POUR LA MINERALOGIE MATERIAUX DE REFERENCE POUR LES PROPRIETES PHYSIQUES MATERIAUX DE REFERENCE POUR L ENVIRONNEMENT SYLAB BP F Metz [email protected] Lien Site Sylab

4 MATERIAUX DE REFERENCE CERTIFIES septembre, 2010 TOUS LES MATERIAUX DE REFERENCE SONT LIVRES AVEC LEUR CERTIFICAT D ANALYSES Pour vos commandes Sylab Fax: +33 (0) Tel: +33 (0)

5 MATERIAUX DE REFERENCE CERTIFIES 1 septembre, 2010 Sommaire Massifs pour Spectrométrie 3 Fontes 3 RE-Mg Divers Grises Faiblement alliées Fontes à l azote Faiblement alliées Résistantes à l abrasion Résistantes à la corrosion Fontes austénitiques Fontes au chrome Avec Cu, Ni, Cr, Mo Avec Mn Aciers 8 Aciers au carbone Fer pur Ultra-bas carbone Résiduels dans l acier doux Faiblement alliés Aciers au silicium Aciers traités au calcium Aciers de construction Divers Aciers Inoxydables 19 Austénitiques Aciers inoxydables au Cr N-Aciers inoxydables Austénitiques Maraging Martensitiques Aciers inoxydables spéciaux Spéciaux inoxydables Aciers de précipitation IInoxydables Haut azote Hautement alliés (divers) Aciers très rapides A roulements A roulements haut %C Divers inoxydables Spéciaux Haute température Aciers Spéciaux 26 Inoxydables traités au Calcium Aciers à outils Aciers rapides Aciers de cémentation Aciers haut manganèse Aciers au plomb Aciers resulfurisés Aciers au silicium Aciers spéciaux Serie de calibration Haut Ni Base Nickel 29 Nickel haute pureté Résiduels dans le Nickel Ni/Cr Fe/Ni/Cr Ni/Cr/Co/Mo Waspalloys Ni/Cr/Nb/Mo Ni/Cr/Mo Ni/Cr/Mo/Co Ni/Cr/Fe Ni/Cr/Al/Ti Ni/Cr/Al Ni/Cu Ni/Cu Ni/Cu/Sn Fe/Mo Alliages de nickel divers Ni/B alliages de surfaçage Base Cuivre 34 Laitons Cu/Zn binaires Laitons alliés Laitons / bronzes 35 Laitons - Elements traces Laiton Naval Bronzes d Aluminium Bronzes au Bismuth Bronzes au plomb Bronzes au Manganese Bronzes au silicium Bronzes au phosphore Bronzes au plomb Bronzes d Aluminium Bronzes 38 Bronzes au bismuth Bronzes Si / Mn Binaires Cu / Sn Bronzes Armurerie Nickel Argent Cuivre deoxydé au P Cupro-Nickel Cu/Al Cu/Mg Cu/Be/Co Cu/Cr Cu/Ag Cu/Cd Cu/Mn Alliages divers Cuivre Résiduels dans le cuivre pur Résiduels dans le cuivre pur Base Plomb 44 Soudures 45 Base Etain 47 Etain, Plomb, Soudures 47 Base Zinc 48 Résiduels dans le zinc pur Zinc avec impuretés Divers Alliages de fonderie Alliage de zinc Alliages de galvanisation Binaires Alliages spéciaux Zn/Al Zn/Al/Cu Zinc fortement allié Zn / Al Galvalume Base Aluminium 51 Haute pureté Résiduels dans l aluminium Al/Si Al/Si/Cu Al/Cu Al/Cu/Si Al/Zn Al/Zn/Mg/Cu Al/Mg Al/Zn/Si Al/Mn Al / Sr binaire Al/Fe Al/ Zn Anodes Métallurgie des poudres Base Magnésium 55 Résiduels dans le Mg pur Mg/Mn Mg/Al Mg/Al/Zn Mg/Al/Zn Mg/Zn Mg / Terres rares Mg / Ag / Terres rares Mg/Y/terres rares Base Titane / Cobalt / Zirconium 57 Alliage divers de Titane Haute temperature L605 Co/Cr/W Co/Cr/Mo Co/Cr/Ni/W Alliage de cobalt divers Alliages de Zirconium Métaux Nobles 58 Or haute pureté Or raffiné Au/Ag/Cu joaillerie Argent haute pureté Argent raffiné Alliages Ag/Cu Alliages de Joaillerie Métaux Précieux Alliages Binaires 59 Fer binaire Repères de calibration 60 Fontes Aciers Aciers Pur Aluminium Aluminium Cuivre pur Cuivre Magnésium Nickel Plomb Pb et métaux précieux Zinc Titane Etain Cobalt Aciers / Fontes Aluminium Cuivre Magnésium Zinc Copeaux pour Analyses 65 Fontes 65 Fontes pour analyseurs CS Fontes diverses Fontes Haut Chrome Fontes truitées Fontes Alliées Fontes Fontes V Ti Divers Fontes Haut Cr Fontes RE-Mg Fontes au Bore Fontes diverses Fontes Fer pur Avec chrome Fontes ductiles Aciers 73 Aciers faiblement alliés Aciers au carbone Aciers doux Aciers faiblement alliés Aciers faiblement alliés Aciers traités au calcium Aciers de construction peu alliés Aciers (divers NCS) 77 Au silicium CrSiMn SiMnVB CrNiMo CrMnTi A ressorts MnSi Construction

6 MATERIAUX DE REFERENCE CERTIFIES 2 septembre, 2010 Aciers inoxydables 85 Aciers inoxydables austénitiques Maraging Aciers inoxydables martensitiques Aciers spéciaux Aciers de précipitation Haut azote Aciers inoxydables (NCS) 87 CrNiTi CrMnVMo Alliés CrSiAl Alliés 30W4Cr2V CrMnN A outils Super Alliages Austénitiques Maraging Aciers spéciaux 93 Aciers à outils Aciers rapides Aciers haut manganèse Aciers resulfurisés Aciers au silicium Aciers péciaux Base Etain 94 Etain, Plomb, Soudures NCS 94 Soudure Sn/Pb/Sb Base Plomb Soudures etain-plomb Soudures Sn/Pb/Sb Base Titane 94 Alliages de titane Base Nickel 95 Ni/Co/Cr/Al >Ti Ni/Cr / Al Ni/Cu Ni/Co/Cr/Fe/Mo Nickel pur Alliages divers de Nickel Base Cuivre 96 Cuivre Divers Bronzes au phosphore Bronzes au plomb Bronzes d aluminium Bronzes au bismuth Bronzes divers Métal d armurerie Cuivre Argent Cupro-nickel Cu/Be/Co Au Chrome Alliages de cuivres divers Cuivre pur Résiduels dans le cuivre Sn/P Alliages Divers Base Zinc 101 ZnAL Alliages Zinc avec impuretés Zn/Al Zn/Al/Cu Base Magnésium 102 Magnésium avec impuretés Mg/Mn Mg / Al/ Zn Mg/Zn Mg / terres rares Mg / Ag / Terres rares Base Plomb 103 Pb/Ag Plomb pur Plomb avec impuretés Alliages de batterie Pb/Sn/Ca Alliages divers Base Etain 103 Etain avec impuretés Etain-Antimoine Etain métal blanc Soudure base étain Etain, Plomb, Soudures NCS 104 Alliages Soudure Sn/Pb/Sb Base Plomb Soudures 105 Soudures etain-plomb Soudures Sn/Pb/Sb Base Titane 105 Alliages de titane Base Aluminium 106 Résiduels dans l aluminium Al/Si Al/Si/Cu Al/Zn Al/Cu/Mg Poudres 107 (Nb) Ferro Niobium (P) Ferro Phosphore Divers (Si/Mn) Silico-Manganese (Si/Zr) Silico-Zirconium (Ti) Ferro Titane (W) Ferro Tungstène (V) Ferro Vanadium Divers Ferro Titane Ferro Silicium Ferro Bore Base Cobalt 110 Alliages de cobalt Carbures 110 Carbures divers Zircaloy Zircaloy-4 Alliages de Ti Divers CeO2, RE, Y2O Yttrium Oxide Terre Rares Europium Analyses par Fusions et Combus - tion 111 Aciers Nickel Cuivre Cuivre Aluminium Titane Zirconium C, S, N par combustion 112 Fonte Acier (B) Ferro Bore (Cr) Ferro Chrome (Mn) Ferro Manganese (Mo) Ferro Molybdène

7 MATERIAUX DE REFERENCE CERTIFIES 3 septembre, 2010 Massifs pour Spectrométrie Base fer Fontes Blocs pour Spectrométrie RE-Mg Divers Nature C Si Mn P S Cr Ni Cu V Ti Co W As ØxH HS CarbonSteel x45 HS MnSi x45 HS Si2Mn x45 HS RE-MgCastIron x25 HS RE-MgCastIron x25 HS RE-MgCastIron x25 suite Nature Mo Nb B Sn Sb Mg La Ce HS RE-MgCastIron HS RE-MgCastIron HS RE-MgCastIron Grises C Si S P Mn Ni Cr Mo Cu Sn Ti V Al Co As ØxH BS 20E (0.003) 44x19 BS 20G x13 BS 20K x13 BS 20P (0.004) 38-47x13 BS 20R x13 BS 20W x13 Faiblement alliées C Si S P Mn Ni Cr Mo Cu Sn Al Ti V Nb Mg Co BS CC (0.004) (0.011)* BS CC (0.11)* (0.006) BS CC (0.005) BS CC-12 (3.01)* (0.005) BS CC-14 (4.04)* (0.01) (0.003) (0.003) (0.024)* BS CC-16 (2.67)* (0.004) (0.005) (0.0004) BS CC (0.004) (0.006) BS CC (0.001) BS CC < BS CC <0.003 < BS CC (0.002) (0.001) <0.003 < BS CC < BS CC < SIMO CKD 241B (0.003) CKD 242B CKD 243A CKD 244B CKD 245B CKD 246B (0.001) CKD 247B CKD 248C CKD 249B CKD 249C CKD 249D Carbone, Soufre, Titane, Magnesium et Calcium ne sont pas homogènes dans les produits marqués* suite Pb As Zr Sb Ce La Zn Bi Te B W Se Ca N ØxH BS CC (0.002) (0.001) (0.0005)... (0.003) (0.0008)... 32x17 BS CC (0.001) (0.0007)... (0.002) x17 BS CC (0.003) (0.0003) (0.0002)... (0.0002) (0.002) (0.006) x17 BS CC (0.001) < (0.0004) (0.004) x17 BS CC <0.001 (0.002) (0.001) (0.002) (0.0007)... < (0.0003) (0.003) x17 BS CC (0.005) (0.002) (0.001) (0.0004) (0.0001)... (0.007) (0.004)... (0.0001)... 32x17 BS CC (0.002) (0.002) (0.0004) (0.002) x17 BS CC (0.004) <0.002 < (0.009) < (0.013) 32x17 BS CC <0.002 < (0.012) 32x17 BS CC <0.002 < < (0.008) 32x17 BS CC26 < < (0.001) (0.004) < (0.008) 32x17 BS CC30... (0.002) < < x17 BS CC31... (0.003) < x17 SIMO X42X12 WHD CKD 241B (0.001) x36x21 CKD 242B (0.031) (0.002) (0.002) x36x21 CKD 243A (0.055) (0.001) (0.055) x36x21 CKD 244B x36x21 CKD 245B (0.017) (0.029) x36x21 CKD 246B (0.002) (0.001) (0.011) x36x21 CKD 247B (0.002) (0.008) (0.002) x36x21 CKD 248C (0.003) (0.007) x36x21 CKD 249B (0.011) (0.005) x36x21 CKD 249C (0.002) x36x21 CKD 249D (0.08) (0.023) (0.006) (0.002) (0.01) (0.003) x36x21

8 MATERIAUX DE REFERENCE CERTIFIES 4 septembre, 2010 Base fer Fontes Blocs pour Spectrométrie Faiblementalliées C Si S P Mn Ni Cr Mo Cu Sn V Al Ti As Co Zn WDH BASSCRM x37x12 BASSCRM x37x12 BASSCRM x37x12 BASSCRM x37x12 BASSCRM x37x12 VAS (0.009) (0.31) x30x13 VAS (0.010) (0.21) x30x13 VAS (0.009) (0.16) x30x13 VAS (0.009) (0.215) x30x13 VAS (0.01) (0.035) x30x13 VAS (0.010) (0.107) x30x13 VAS x30x13 VAS (1.86) x30x13 VAS (1.72) x30x13 VAS x30x13 VAS x30x13 VAS (1.87) x30x13 Faiblementalliées C Si S P Mn Ni Cr Mo Cu Co Sn Al V Ti Nb ØxH *SRM (0.028) (0.05) x19 *SRM x19 *SRM x19 *SRM (0.01) (0.02) x19 *SRM (0.004) (0.006) x19 *SRM x19 *SRM x19 suite Zr As B W Pb(ppm) Ag(ppm) Bi(ppm) Ca(ppm) N CE(ppm) Mg(ppm) Sb(ppm) Ta Te(ppm)(ppm) SRM (0.02) SRM (0.01) SRM (0.03) SRM (<0.01) SRM 1765 (0.0002) (<1) 10 (0.004) (30) SRM 1766 (0.0004) (0.001) (20) (<5) 5 (0.006) (30) SRM 1767 (0.004) (1) 8 (20) (3) (<1)... (0.002) (3) FaiblementAlliées C Si Mn P S Cr Ni Cu W Mo V Ti B Mg Sn La Ce ØxH GBW D33x30Serie GBW D33x30indivise GBW D33x30 GBW D33x30 GBW D33x30 GBW D33x30 GBW D33x30 FaiblementAlliées C Si Mn P S Cr Ni Cu V Ti W Mo Nb B Sb ØxH HS x25 Série HS x25 indivise HS x25 HS x25 HS x25 HS x25 FaiblementAlliées C Si Mn P S Cr Ni Cu W Mo V Ti Sn B Mg La Ce ØxH HS x30 Série HS x30indivise HS x30 HS (0.0004) 33x30 HS (0.0004) (0.0003) (0.0003) 33x30 HS (0.0003) (0.0003) (0.0003) 33x30 HS (0.0006) (0.0003) (0.0002) 33x30

9 MATERIAUX DE REFERENCE CERTIFIES 5 septembre, 2010 Base fer Fontes Blocs pour Spectrométrie Faiblementalliées C Si S P Mn Ni Cr Mo Cu Sn Al Ti V Nb Co 11 X C1N X C2R* (0.05) X C3Y (0.007) X C4P X C5T X C6U (0.014) X C7M (0.05) X C8S X C9A suite W Pb As Zr Sb Bi Se Te Zn B Ce La N ØxH 11 X C1N (0.0046) 40x15 11 X C2R* (0.03) (0.002) 0.04 (0.007) (0.022) (0.003) (0.014) < x15 11 X C3Y (0.04) (0.003) 0.21 (0.0007)... (0.0013) x15 11 X C4P 0.14 < (0.01) (0.01) (0.006) x15 11 X C5T (0.016) (0.011) (0.002) (0.010) xx17 11 X C6U (0.0007) (0.0034) 40x15 11 X C7M 0.05 (0.004) 0.01 < (0.013) (0.003) (0.016) < x15 11 X C8S (0.0038) (0.0046) 40x15 11 X C9A (0.035) (0.002) (0.019) (0.002) x15 Faiblementalliées C Si S P Mn Ni Cr Mo Cu Sn V Ti As ØxH 11 CM x30 11 CM chacun 11 CM CM Sérieindivise 11 CM CM RU ChG1/ (0.08)... (0.04) (0.002) 38x40 11 RU ChG2/ x40 11 RU ChG3/ x40 11 RU ChG4/ (0.002) 38x40 11 RU ChG5/ x40 Faiblementalliées C Si S P Mn Ni Cr Mo Cu Sn Ti V Te Co As Autres ØxH CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFF (0.016)... (0.006) x5(2pcs) CTIFF x5(2pcs) CTIFF x5(2pcs) CTIFFL x5(2pcs) CTIFFL (0.013) (0.022)... N x5(2pcs) CTIFFL N x5(2pcs) CTIFFL B x5(2pcs) CTIFFL < B x5(2pcs) CTIFFL (0.07) (0.001)... (0.022) Sb x5(2pcs) CTIFFPA x5(2pcs) CTIFFT x5(2pcs) CTIFFT x5(2pcs) CTIFFT x5(2pcs) CTIFFAL < Al2.1 43x5(2pcs) Faiblementalliées C Si Mn Ni Cr Mo Cu Sn Al Ti V As Ce B Bi Pb WDH BAS LARM1 (3.0) (2.0) (0.3) x37x12 BAS LARM2 (3.0) (2.0) (0.3) x37x12 BAS LARM3 (3.0) (2.0) (0.3) x37x12 BAS LARM4 (3.0) (2.0) (0.3) x37x12 BAS LARM5 (3.0) (2.0) (0.3) x37x12 Fontes à l azote C Si Mn P S Cr Ni Cu Ti Mo Mg Al(t) La Sn Ce N V ØxH GBW D33x20Série GBW D33x20Indivise GBW D33x20 GBW D33x20 GBW D33x20 GBW D33x20 GBW D33x20

10 MATERIAUX DE REFERENCE CERTIFIES 6 septembre, 2010 Base fer Fontes Blocs pour Spectrométrie Faiblement alliées C Si S P Mn Ni Cr Mo Cu Sn Al Ti V Nb Co BS 1C BS 4C (0.0004) (0.0005) suite Pb As Zr Sb Ce BW Ca La Mg N O Te Zn ØxH BS 1C (0.002) (0.002) (0.0003) 32x17 BS 4C (0.0004) (0.006) (0.004) < x17 Résistantes à l abrasion C Si S P Mn Ni Cr Mo Al Cu Ti V Nb Pb Alliage ØxH 11 X AR1L x15 11 X AR2L x15 11 X AR3G NiHard 40x15 11 X AR4H x15 11 X AR5J (0.018) (0.003) 40x15 Résistantes à la corrosion C Si S P Mn Ni Cr Cu Mo Sn Al Pb V Ti Alliage ØxH 11 X S/1Cr1J NiResist 40x15 11 X S/1Cr2G BS3486F1 40x15 11 X S/1Cr3H ASTMA436/439 40x15 11 X S/1Cr4D DIN x15 11 X S/1Cr5F NFA x15 11 X S/2Cr1E NiResist 40x15 11 X S/2Cr2D BS3486F2/S2 40x15 11 X S/2Cr3E ASTMA436/439 40x15 11 X S/2Cr4D DIN x15 11 X S/2Cr5D NFA x15 11 X S/2Cr6D x15 11 X S/3Cr1D NiResist 40x15 11 X S/3Cr2C BS3486F3/S5S 40x15 11 X S/3Cr3B ASTMA436/439 40x15 11 X S/3Cr4C DIN x15 11 X S/3Cr5E NFA x15 11 X S/3Cr6D x15 11 X 20001J x15 11 X 20002J NiResist 40x15 11 X 20003K x15 11 X G x13 11 X H x13 11 X F x13 11 X D < x13 11 X A (0.006) x13 11 X A (0.0020)... (0.0006) x6 Fontes austénitiques C Si S P Mn Ni Cr Cu Mg Mo Nb Ce Alliage ØxH CTIFNR1.2S Spheroidal 43x5(2pcs) CTIFNR2.2S x5(2pcs) CTIFNR3.2S x5(2pcs) CTIFNR4.2S to x5(2pcs) CTIFNR5.2S x5(2pcs) CTIFNR6.2S x5(2pcs) CTIFNR8.2S x5(2pcs) CTIFNR1.2L Lamellar 43x5(2pcs) CTIFNR3.2L x5(2pcs) CTIFNR4.2L x5(2pcs) CTIFNR5.2L x5(2pcs) CTIFNR6.2L x5(2pcs) CTIFNR8.2L x5(2pcs) CTIFNRCU x5(2pcs) CTIFNRCU x5(2pcs) CTIFNRCU x5(2pcs) BAS NIRM x37x12 BAS NIRM x37x12 BAS NIRM x37x12 BAS NIRM x37x12 BAS NIRM < x37x12 BAS NIRM x37x12 BAS NIRM x37x12 BAS NIRM x37x12 Note: les teneurs en Mg varient de disque en disque Les valeurs actuelles sont portées sur le certificat Fontesausténitiques C Si S P Mn Ni Cr Cu Mg Mo Nb Ce ØxH CKD x22 CKD x22 CKD x22 CKD x22 CKD x22 CTIFNR 4-1G var x5(2pcs)

11 MATERIAUX DE REFERENCE CERTIFIES 7 septembre, 2010 Base fer Fontes Blocs pour Spectrométrie Fontes au chrome C Si S P Mn Ni Cr Cu Mo Al Ti V W Co Pb Sn ØxH 11 X 15294S x20 11 X 15295N x15 11 X 15309Q < < x15 CTIFFCR x5(2pcs) CTIFFCR x5(2pcs) CTIFFCR x5(2pcs) CTIFFCR x5(2pcs) CTIFFCR x5(2pcs) CTIFFCR x5(2pcs) CTIFFCRNi x5(2pcs) CTIFFCRNi x5(2pcs) CTIFFCRNi x5(2pcs) WDH BAS CRRM x37x12 BAS CRRM x37x12 BAS CRRM x37x12 BAS CRRM1/ x37x12 BAS CRRM2/ x37x12 BAS CRRM3/ x37x12 BAS CRRM4/ < x37x12 BAS CRRM5/ x37x12 Avec Cu, Ni, Cr, Mo C Si S P Mn Ni Cr Cu Mo ØxH CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) CTIFNH x5(2pcs) WDH BAS NCRM x37x12 BAS NCRM x37x12 BAS NCRM x37x12 BAS NCRM x37x12 BAS NCRM x37x12 Avec Mn C Si S P Mn Ni Cr Cu WDH VAS x30x13 VAS x30x13 VAS x30x13 ANALYSES DU CARBONE ET DU SOUFRE SYLAB : CSBox-HF et CSBox-Tube La technologie informatique et les composants éléctronques solides pour commuter de très fortes puissances, ayant beaucoup progressé ces 10 dernières années, un nouvel appareil compacte a été développé sur le même principe physique Infrarouge: le CSBox. Une très haute intégration nous permet de proposer un appareil de haute technologie à faible coût, pouvant travailler avec un four tubulaire ou d un four a induction de 3.3KW d'un poids inférieur à 15kg Il est destinés aux secteurs suivants: la cimenterie, les charbonnage, la géologie, la fonderie, l environnement.

12 MATERIAUX DE REFERENCE CERTIFIES 8 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Aciers au carbone C Si S P Mn Ni Cr Mo Cu Sn Al Nb V N Autres Alliage ØxH BS 56E <0.002 < Co,As AISI x19 BS 57F (0.002) AlSl x19 BS 64C AlSl x19 BS Co, As AISI x19 BS Co, As AISI x19 BS As,O AISI x19 BS (0.002) AlSl x19 BS (0.0088) AlSl x19 BS (0.0005) 35-44x19 BS Co,O 41x12 BS (0.004) As,Ca ASTMA193 38x12 IARM 254A As,B AISI x19 BAS432/ (0.02) (0.04)... (0.01) < x19 BAS433/ (0.01) (0.06)... < x19 BAS434/ (0.01) (0.05)... < x19 BAS435/ (<0.01) (0.05)... < x19 BAS431/ (0.004) x19 BAS432/ (0.002) x19 BAS433/ (0.004) x19 BAS434/ (0.014) x19 BAS435/ (0.018) x19 BAS215/ (0.006) x19 BASE057-2(D) (0.003) x30 BASE059-2(D) solal x30 BASE064-1(D) Co,As,Ti 38x30 BASE084-1(D) x30 BASE086-1(D) As x30 BASE090-1(D) Ga,Pb,Sb,Zn 38x30 BAS601/ (0.03) (0.14) (0.006) (0.04) (0.002)... 44x19 BAS602/ (0.02) (0.03) (0.004) (0.06) (0.001)... 44x19 BAS603/ (0.03) (0.04) (0.004) (0.05) (0.001)... 44x19 BAS604/ (0.09) (0.06) (0.02) (0.07) (0.001)... 44x19 BAS605/ (0.05) (0.06) (0.01) (0.06) (0.001)... Zr (0.12) 44x19 Aciersau carbone C Si S P Mn Ni Cr Mo Cu Al V W Ti ØxH 12 CM x30 12 CM chacun 12 CM CM Sérieindivise 12 CM CM CM x30 12 CM chacun 12 CM CM Sérieindivise 12 CM CM CM x30 12 CM chacun 12 CM CM Sérieindivise 12 CM CM CM x30 12 CM chacun 12 CM CM Sérieindivise 12 CM Aciersau carbone C Si Mn P S Cr Ni Cu V Als Alt Tis Tit ØxH HS x30 Série HS x30indivise HS x30 HS x30 HS x30 HS x30 Aciersau carbone C Si Mn P S Cr Ni Cu Ti Mo Alt ØxH HS x48 Série HS x48indivise HS x48 HS x48 HS x48 HS x48 Aciersau carbone C Si Mn P S Cr Ni Cu V Ti W Mo Alt ØxH HS x35Serie HS x35Indivise HS x35 HS x35 HS x35 HS x35

13 MATERIAUX DE REFERENCE CERTIFIES 9 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Aciersau carbone C Si Mn P S Cr Ni Cu Al ØxH HS x35Série HS x35Indivise HS x35 HS x35 HS x35 HS x35 Aciersau carbone C Si Mn P S Cr Ni Cu Al B Sn As ØxH HS (0.0004) x28Série HS x28Indivise HS x28 HS x28 HS x28 HS x28 Fer pur C Si Mn P S Cr Ni Cu Al ØxH HS 15704a x55 Sérieindivise HS 15704a x55 HS 15704a x55 HS 15704a x55 HS 15704a x55 Ferpur C Si Mn P S Cr Ni Cu Alt N ØxH HS x60 Sérieindivise HS x60 HS x60 HS x60 HS x60 Ferpur C Si Mn P S Cr Ni Cu Alt N ØxH HS HS Sérieindivise HS HS HS Ferpur C Si Mn P S Cr Ni Cu Alt N ØxH HS Sérieindivise HS HS HS HS Ultra-bas carbone C Si S P Mn Ni Cr Cu Al WxDxH BS LC (0.026) (0.011) (0.45) (0.001) <0.002 (0.002) (0.058) 44x44x13 BS LC-1R (0.025) (0.012) (0.43) (0.002) (0.001) (0.002) (0.033) 44x44x13 BS LC (0.025) (0.012) (0.45) (0.002) <0.002 (0.002) (0.038) chacun BS LC (0.024) (0.012) (0.45) (0.002) (0.002) (0.001) (0.044) Sérieindivise BS LC (0.024) (0.012) (0.46) (0.002) (0.002) <0.001 (0.035) BS LC (0.022) (0.012) (0.46) (0.001) (0.002) <0.002 (0.031) ØxH BS LC (0.051) (0.0007) (0.47) (0.006) (0.002) (0.001) (0.036) 38x13 BS LC-1R - LC6 vendus en série de 6 pcs LC1R-LC5 rectangulaires, LC: cylindrique Résiduels dans l acier doux C Si S P Mn Ni Cr Mo Cu Co Sn Al W Ti V As ØxH 12 X 12746T x15 12 X 12747T < x15 12 X 12748S x15 12 X 12749U < x15 12 X 12750S x15 12 X x15 12 X x15 12 X 352B voirsuite BAS voirsuite suite Nb Pb Bi Se Sb Zn Ca N ØxH 12 X 352B (0.006) 42x17 BAS111 (0.0005) (0.0002) x50

14 MATERIAUX DE REFERENCE CERTIFIES 10 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblementalliés C Si S P Mn Co Altot Alsol Nb V Pb B Sb Zr ØxH 12 X 353A (0.0004) x15 12 X 354A (0.0002) x15 12 X 355A < < x15 12 X 356A x15 12 X 357A < <0.005 < x15 BAS456/ < (0.013) 38x19 BAS457/ x19 BAS458/ (0.062) 38x19 BAS459/ x19 BAS460/ < x19 Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V N Alliage ØxH BS 42A (0.007) (0.009) AISI4140mod 35-45x19 BS 43A AISI x19 BS 45A ASTMA182-F x19 BS 46A ASTMA182-F x19 BS 47B ASTMA182-F x19 BS 48A ASTMA182-F x19 BS x19 BS 51F AISI x19 BS 52D AISI1140mod 35-45x19 BS 58E AISI x19 BS 60D AISI x19 BS 61D AISI x19 BS 68C Nitriding 35-45x19 BS 69B (0.024) AMS x19 BSA ASTMA x12 BS AISI x19 BS F-11 39x19 BS F-22 39x19 BS AISI x19 BS E x19 BS AISI x19 BS (0.010) (0.008) (0.002) E x19 BS (0.001) AISI x19 BS AISI x12 BS AISI x12 BS (0.0091) AISI x19 BS AISI x19 BS (0.005) (0.002) LF x19 BS (0.026) (0.002) AISI x19 BS4330V AISI4330mod 35-45x19 BS4340M < AISI300M 35-45x19 BS (0.0008) AISI x19 BS AISI x12 BS (0.008) (0.002) AISI x12 12DBE035-2(D) x30 BAS x50 BASE186-1(D) x30 CTIF x25 NILAB 100LA x20 JK x15 Faiblementalliés(suite) C Si S P Mn Ni Cr Mo Cu Co Sn Al V N Autres ØxH 12 X 15217P x15 12 X 15251S As,Ti 43x20 12 X 15252P x15 12 X 15253P x15 12 X 15254W As,Bi,Nb,Pb 43x20 12 X 15255N As,B,Bi,Nb 40x15 12 X 15256N x15 12 X 15258M x15 12 X 15259N W,Ti,Nb,Zr 40x15 12 X 15260U x15 12 X 15261Q W 40x15 12 X 15266S x15 12 X LA1A < < x15 12 X LA2B < x15 12 X LA3A x15 12 X LA4A x15 12 X LA5A x15 12 X LA6A < <0.01 < x15 BAM179-2(D) (0.0006) (0.015) W x30 BAM187-1(D) B x30 BAM192-1(D) (0.0030) (0.003) x30 BAM193-1(D) (0.0019) As x30

15 MATERIAUX DE REFERENCE CERTIFIES 11 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V N O Autres ØxH IARM 28C As,B 31x18 IARM 28E As 31x18 IARM 30E As 31x18 IARM 31D As 31x18 IARM 32A (0.0037) Nb,Ti 31x18 IARM 32B B,Nb,Ti 31x18 IARM 33B B,Nb,Ti 31x18 IARM 33C Ti,W 31x18 IARM 34A (0.0014) Nb,Ti 31x18 IARM 34B B,Nb,Ti 31x18 IARM 35B B,Nb,Ti 31x18 IARM 35C As,B,Ti 31x18 IARM 36A (0.0027) Nb,Ti 31x18 IARM 36B Nb,Ti 31x18 IARM 37B B,Nb,Ti,W 31x18 IARM 49C (0.0012) Nb,Ti 31x18 IARM 143B B 31x18 IARM 143C As 31x18 IARM 200B Ca,Ti 31x18 IARM 209A (0.0034) As,Ti 31x18 IARM 209B As 31x18 IARM 210A (0.0033) As 31x18 IARM 210B As,V 31x18 IARM 213A As,B,Nb,Pb 31x18 IARM 229A B,Nb,Ti 31x18 IARM 252A (0.001) B,Pb,Nb 31x18 IARM 252B B,Sb,Pb 31x18 Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co V Ti Al Nb 12 MT MT MT suite Zr Ta B Sn Pb As Ce Ø 12 MT (0.037) <0.005 various 12 MT MT Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co V W Al N O ØxH IARM 164A x18 IARM 165A x18 IARM 166A x18 IARM 167A x18 IARM 168A x18 IARM 169A x18 IARM 172A x18 IARM 173A x18 IARM 180A x18 IARM 181A (0.004) x18 Composition en %. Les series 11xx, 12xx,17xx sont destinées la spectrométrie d émission,. Les séries 6xx sont destinées aux micro-analyses (microsonde et laser). trométrie AciersFaiblementalliés C Si Mn P S Cr Ni Cu V Tit Al(s) Al(t) B(s) B(t) HS HS HS HS HS (0.0005) (0.0006) HS Suite W Mo Co Zr Tis Nb Pb Sn Sb Bi As Ca Ce ØxH HS (0.0003) < x28 Série HS < x28Indivise HS (0.0005) < x28 HS (0.0001) < x28 HS (0.0006) < x28 HS (0.0004) < x28 Aciersfaiblementalliés C Si Mn P S Cr Ni Cu V Ti Mo Nb Zn B Sn As Sb Als Alt ØxH HS x30 Série HS x30Indivise HS x30 HS x30 HS x30 HS x30 HS x30

16 MATERIAUX DE REFERENCE CERTIFIES 12 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblementalliés C Si Mn P S Cr Ni Cu Al V Ti W Mo B As ØxH HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 HS x30 Faiblementalliés C Si Mn P S Cr Ni Cu Al ØxH HS x60 Série HS x60indivise HS x60 HS x60 HS x60 Faiblementalliés C Si Mn P S Ni Cr Mo V Ti ØxH HS Sérieindivise HS HS HS HS Faiblementalliés C Si Mn P S Cr Ni Cu V Ti Als Alt Bs Bt ØxH HS x28 Série HS x28indivise HS x28 HS x28 HS x28 HS x28 Faiblementalliés C Si Mn P S Cr Ni Cu V Ti W Mo Co B Sn As Sb Pb Alt Bi Ø xh HS < x50 Serieindivise HS x50 HS x50 HS x50 HS x50 HS x50 FaiblementAlliés C Si Mn P S Cr Ni Cu Alt V Ti Mo Nb As N Als ØxH HS HS HS HS HS HS FaiblementAlliés C Si Mn P S Cr Ni Cu Alt V Ti Mo Sn ØxH HS x40 HS x40 HS x40 FaiblementAlliés C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb Zr B Sn As ØxH HS x30 Sérieindivise HS x30 HS x30 HS x30 HS x30 HS x30

17 MATERIAUX DE REFERENCE CERTIFIES 13 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblementalliés C Si Mn P S Cr Ni Cu W Mo V ØxH HS x32Série HS x32indivise HS x32 HS x32 HS x32 FaiblementAlliés C Si Mn P S Cr Ni Cu Al W ØxH HS x30Série HS x30Indivise HS x30 HS x30 HS x30 FaiblementAlliés C Si Mn P S Cr Ni Cu Al Mo WDH HS x30x25Série HS x30x25Indivise HS x30x25 HS x30x25 HS x30x25 FaiblementAlliés C Si Mn P S Cr Ni Cu V Ti Mo Nb Alt ØxH HS x35Série HS x35indivise HS x35 HS x35 HS x35 HS x35 FaiblementAlliés C Si Mn P S Cr Ni Cu Mo ØxH HS x35Série HS x35indivise HS x35 HS x35 HS x35 FaiblementAlliés C Si Mn P S Cr Ni Cu V Ti Mo B Alt ØxH HS x25Série HS x25Indivise HS x25 HS x25 HS x25 HS x25 FaiblementAlliés C Si Mn P S Cr Ni Cu V Ti Mo Alt ØxH HS x60Série HS x60indivise HS x60 HS x60 HS x60 FaiblementAlliés C Si Mn P S Cr Ni Cu Ti Mo Alt ØxH HS HS Série HS Indivise HS HS

18 MATERIAUX DE REFERENCE CERTIFIES 14 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblement alliés C Si S P Mn Ni Cr Mo Cu Al V Ti Nb Autres ØxH VAS K (0.02) x19 VAS K (0.02) 0.84 (0.1) x19 VAS K (0.02) x19 VAS K (0.01) (0.01) (0.04) 32-35x19 12 T (0.003) x25 12 CM x25 12 CM chacun 12 CM CM Sérieindivise 12 CM CM CM CM Sn 35x30 12 CM Sn chacun 12 CM Sn Sérieindivise 12 CM N,As 32x28 12 CM N,As chacun 12 CM N,As 12 CM N,As 12 CM N,As Sérieindivise 12 CM N,As 12 CM N,As 12 CM N,As 12 CM N,As 12 CM x28 12 CM chacun 12 CM CM Sérieindivise 12 CM CM W 35x30 12 CM W chacun 12 CM W 12 CM W Sérieindivise 12 CM Co,B,Zr,As,Pb 35x25 12 CM Co,Zr,As,Sn chacun 12 CM Co,B,Zr,As,Pb 12 CM Co,B,Zr,As,Pb Sérieindivise 12 CM Co,B,Zr,As,Sn 12 CM Co,B,Zr,As,Sn 12 CM W,B 32x28 12 CM W,B chacun 12 CM W,B 12 CM W,B Sérieindivise 12 CM W,B 12 CM W,B 12 CM W,B Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Al V W Ti Sn N ØxH BAS404/ x19 BAS401/ (0.015) 38x19 BAS402/ x19 BAS403/ (0.01) 38x19 BAS404/ x19 BAS405/ (0.009) (0.011) 38x19 BAS406/ (0.006) (0.001) (0.009) 38x19 BAS407/ (0.011) 38x19 BAS408/ (0.002) x19 BAS409/ x19 BAS410/ x19 BAS612/ (0.02) (0.06) x19 BAS613/ (0.02) (0.06) x19 BAS614/ (0.02) (0.06) x19 BAS615/ (0.02) (0.06) x19 12 CM x28 12 CM chacun 12 CM CM Sérieindivise 12 CM

19 MATERIAUX DE REFERENCE CERTIFIES 15 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblement alliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V Ti Nb Zr ØxH VAS B x19 VAS B1/ x19 VAS B2/ x19 VAS B x19 VAS B5/ x19 IPT x20 IPT x20 IPT x20 BS12B BS13B (0.01) voirsuite BS14B <0.001 BS15A BS CCS BS XCCS <0.002 <0.001 <0.002 <0.002 voirsuite BS XCCT <0.002 BS XCCV < <0.002 <0.002 GBW GBW GBW GBW Voirsuite GBW GBW GBW GBW VAS A11/ VAS A (0.03)... VAS A VAS A (0.01) VAS A voirsuite VAS A16/ VAS A VAS A (0.02) VAS A19/ VAS B (0.012) VAS B (0.002) VAS B VAS B voirsuite VAS B (0.037) VAS B < <0.01 (0.003) (0.01) <0.005 < suite Sb Se Pb As Ca Ta B Ce W Mg N Zn O Ø xh BS12B < (0.0003) (0.007) 32x17 BS13B < < < ( ) (0.02) 32x17 BS14B (0.002) ( ) (0.002) (0.0004) (0.005) 32x17 BS15A (0.003)... (0.0003) (0.0005)... (0.0002) (0.003) (0.004) x17 BS CCS (0.0001) (0.0006)... (0.0010) 36-41x19 BS XCCS < x19 BS XCCT < (0.005) 36-41x19 BS XCCV < < (0.0018) 36-41x19 GBW x30 GBW chacun GBW GBW Sérieindivise GBW GBW GBW GBW VAS A11/1 < x19 VAS A x19 VAS A (0.002) x19 VAS A x19 VAS A (0.004) x19 VAS A16/1 < x19 VAS A17 (0.10) (0.012) x19 VAS A (0.011) x19 VAS A19/1 < x19 VAS B x19 VAS B x19 VAS B (0.002) x19 VAS B x19 VAS B x19 VAS B (0.002) (0.003) x19 Faiblementalliés C Si S P Mn Ni Cr Mo Cu Sn Al Ca Co BS BS (0.001) BS (0.001) BS (0.0002) BS LF (0.0001) BS BS < BS BS (0.001) (0.002) BS BS <

20 MATERIAUX DE REFERENCE CERTIFIES 16 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Suite As V N O B Ti Nb Sb W Alloy ØxH BS AISI x19 BS (0.002) AISI x19 BS 4932 (0.005) AISI x19 BS (0.003)... (0.0008) AISI x19 BS LF (0.002) ASTMA x19 WDH BS (0.001) < (0.002) 32x32x19 BS (0.004) x32x19 BS (0.002) (0.002) (0.002) < x32x19 BS < x32x19 BS (0.001)... < x35x19 BS (0.001) 35x35x19 Faiblementalliés C Si S P Mn Ni Cr Mo Cu Al Ti Co V ØxH 12 RI x20 12 RI x20 12 RI x20 12 RI x20 Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V Ti Nb CKD 180B (0.003) (0.001) (0.0001) CKD 181A CKD 182A CKD 183A CKD 184A (0.01) CKD 185A (0.02) CKD 186A CKD 187A CKD 188A CKD 189A Suite Zr Sb Pb As Ta B W Bi N Ø xh CKD 180B (0.0028) 45x30 CKD 181A (0.005) 45x30 CKD 182A x30 CKD 183A x30 CKD 184A (0.002) (0.001) x30 CKD 185A (0.001) x30 CKD 186A (0.002) (0.005) 45x30 12 D 187A (0.007) x30 12 D 188A (0.005) x30 12 D 189A (0.003) (0.005) (0.004) 45x30 Faiblementalliés C Si S P Mn Ni Cr Cu Al Al Sn V Ti Zr Sb B N ØxH GBW x30 GBW chacun GBW GBW Sérieindivise GBW GBW GBW Faiblementalliés C Si S P Mn Ni Cr Cu Mo Co V W Al Sn As Sb B ØxH IARM 194A x25 IARM 195A x25 IARM 195B x25 IARM 196A x25 Faiblement alliés C Si S P Mn Ni Cr Cu Al(s) Al(t) Sn V Ti Zr Sb 12 JH ST < JH ST JH ST JH ST JH ST JH ST JH ST JH ST JH ST JH ST suite B Mo Co Nb W Ta Pb As Ca Ce ØxH 12 JH ST < x20 12 JH ST chacun 12 JH ST JH ST JH ST JH ST Sérieindivise 12 JH ST JH ST JH ST JH ST

21 MATERIAUX DE REFERENCE CERTIFIES 17 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V Ti Nb SRM (0.028) (0.05) SRM SRM SRM (0.01) (0.02) SRM (0.004) (0.006) SRM SRM Suite Zr As B W Ta N Ca(ppm) Pb(ppm) As(ppm) Bi(ppm) Mg(ppm) Sb(ppm) Te(ppm Ce(ppm ØxH SRM (0.02) x19 SRM (0.01) x19 SRM (0.03) x19 SRM < x19 SRM 1765 (0.0002) (0.004) <1 10 (30)... 34x19 SRM 1766 (0.0004) (0.001) (0.006) <5 5 (30) (20) 34x19 SRM 1767 (0.004) (0.002) (3) (1) 8 (20) <1... (3)... 34x19 Aciers au silicium C Si Mn P S Cr Ni Cu Ti Zr B Sn Sb N Als Alt ØxH HS x30Série HS x30indivise HS (0.0058) x30 HS (0.0004) x30 HS x30 HS x30 HS x30 Aciers traités au calcium C Si S P Mn Ni Cr Mo Cu Sn B Al Nb V As Ca N ØxH BS CA3A (0.0133) 32x17 BS CA4A (0.0101) 32x17 BSCSN.2D x20 BS 54D < < x20 BS x19 BS < x19 BASE096-2(D) x30 BASE195-1(D) (0.73) x30 IARM 155B x18 BAME194-1(D) x30 12 TI (0.0013) (0.0002) x25 Aciers de construction C Si S P Mn Ni Cr Mo Cu Sn V As Pb Sb Bi ØxH GBW x28 GBW GBW GBW Sérieindivise GBW CM x33 12 CM CM CM Sérieindivise 12 CM CM CM Aciersde Constructions C Si Mn P S Cr Ni Cu Al V Ti W Mo Sn As Sb Pb Bi ØxH HS x30 Série HS x30indivise HS x30 HS x30 HS x30 HS x30 HS x30 Aciersde construction C Si Mn P S Cr Ni Cu V Ti W Mo B Sn As Pb N Alt Ce ØxH HS x30 Serie HS x30indivise HS x30 HS (0.035) x30 HS (0.027) x30 HS x30 HS x30 Aciersde construction C Si Mn P S Cr Ni V Mo Sn As Sb Pb Bi ØxH HS x32Série HS x32indivise HS x32 HS x32 HS x32

22 MATERIAUX DE REFERENCE CERTIFIES 18 septembre, 2010 Base fer Aciers Blocs pour Spectrométrie Divers Nature C Si Mn P S Cr Ni Cu V Ti Co Alt B ØxH HS RE-MgDuctileCastIron x20 HS CarbonSteel x45 HS Carbonstructure Steel x45 HS CarbonSteel x45 HS CarbonSteel x45 HS CarbonSteel x45 HS CarbonSteel x45 HS CarbonSteel x45 HS CarbonSteel x45 HS CarbonSteel x40 HS LowAlloySteel x45 HS LowAlloySteel x45 HS LowAlloySteel x40 HS LowAlloySteel x40 HS LowAlloySteel x40 HS LowAlloySteel x40 HS LowAlloySteel x40 HS LowAlloySteel x40 HS Cr18NigTi x45 HS GCr x50 Suite Mg La Ce W Mo Nb Zr Sb Sn As Pb HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS Divers Nature C Si Mn P S Cr Ni Cu Alt V Ti Mo N ØxH HS LowAlloysteel HS LowAlloysteel HS LowAlloysteel HS Cr5MoSiV x34 HS Cr5MoSiV x34 HS PureIron x30 HS PureIron x30 HS PureIron x30 Divers Nature C Si Mn P S Cr Ni Cu Alt V Ti W Mo Co Nb B ØxH HS LowAlloySteel x42 HS LowAlloySteel x42 HS AlloySteel x60 HS AlloySteel x60 HS AlloySteel x60 HS AlloySteel x60 HS AlloySteel x60 HS AlloySteel x60 Divers Nature C Si Mn P S Cr Ni Cu Alt V Ti W Mo Co Nb Zr Sn As ØxH HS LowAlloySteel x50 HS LowAlloySteel x50 HS PlainSteel x70 HS PlainSteel x70 HS PlainSteel x70 Divers C Si Mn P S Cr Ni Cu Alt V Ti W Co Nb Zr B Sn As Sb Pb Bi Mo ØxH HS x30 HS x30 HS x50 HS x30 HS x35 HS x25 HS x23 HS x23

23 MATERIAUX DE REFERENCE CERTIFIES 19 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Austénitiques C Si S P Mn Ni Cr Mo Cu Co Sn Al Ti Nb N ØxH BS 80F BS 81V BS 82E BS 84J (0.002) (0.002) BS 85D (0.006) BS 87F BS 316A (0.003) BS 316B (0.002) BS 317L (0.005) voirsuite BS 321A BS 321C BS 347A (0.002) (0.002) BS 347B (0.002) BS SS (0.002) BS SS BS BS <0.006 (0.002) BS BS (0.002) BS (0.002) TI TI (0.021) voirsuite 13 TI (0.004) (0.025) TI (0.0033) (0.014) JH ST (0.001) (0.003) (0.003) (0.003) < JH ST (0.001) (0.004) (0.009) (0.010) < JH ST (0.020) (0.002) (0.003) JH ST (0.008) (0.002) < voirsuite 13 JH ST (0.003) < JH ST (0.008) JH ST (0.007) JH ST (0.001) (0.006) (0.002) W Pb 13 CM x33 13 CM chacun 13 CM CM Sérieindivise 13 CM CM CM suite V W BCa As Pb Ta Al Al O Type ØxH BS 80F AISI x12 BS 81V AISI x12 BS 82E AISI x12 BS 84J AISI x12 BS 85D AISI x12 BS 87F AISI x12 BS 316A (0.003) AISI x12 BS 316B AISI x12 BS 317L (0.001) (0.003) AISI317L 35-45x12 BS 321A (0.0005) (0.0002) (0.006)... (0.002) AISI x12 BS 321C (0.03) (0.0005) (0.0001) (0.004) (0.0011) AISI x12 BS 347A 0.10 (0.03) (0.0004) (0.0002) (0.003)... (<0.004) AISI x12 BS 347B 0.04 (0.005) (0.0005) (0.003)... (<0.004) AISI x12 BS SS (0.0006) (0.003) x12 BS SS (0.0005) AISI304L 35-45x12 BS AISI x12 BS (0.0002) (0.003) (0.001) (0.011) AISI x12 BS (0.002) (0.0044) AISI x12 BS (0.0003) (0.01) (0.0058) AISI317L 35-45x12 BS (0.004) (0.0023) AISI317L 35-45x12 WDH 13 TI (0.0004) x45x20 13 TI (0.0003) x45x20 13 TI x45x20 13 TI (0.066) x45x20 13 JH ST (0.001) <0.001 <0.001 (0.001) < x18 13 JH ST (0.001) <0.001 < chacun 13 JH ST (0.002) JH ST < Sérieindivise 13 JH ST < JH ST (0.001) ( JH ST (0.001) ( JH ST (0.001) (0.002) <

24 MATERIAUX DE REFERENCE CERTIFIES 20 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Austénitiques(suite) C Si S P Mn Ni Cr Mo Cu Co W Ti Al Nb N Autres ØxH 13 X 17001B B,Sn 40x15 13 X 17002C x15 13 X 17003A x15 13 X 17004A x15 13 X 17005B x15 13 X 19001A x15 13 X 19003A x15 13 X 19004B x15 13 X 18001A x15 13 X 18002B x15 13 X 18003A x15 13 X 18004A x15 VAS K x19 VAS K (0.18) x19 VAS K x19 As Pb Sn GBW x GBW chacun GBW GBW GBW Sérieindivise GBW GBW Austénitiques C Si S P Mn Ni Cr Mo Cu Co W Ti Al Ta 13 X 12533Y (0.17) 13 X 12534T X 12535BC X 12536R X 12537R X 12853J X 12854J X 12855K (5) JH 500HA BAME284-2(D) (0.018) IARM2F IARM3B IARM5D (0.0064) IARM6C IARM6D IARM8B IARM8C IARM8D (0.01) IARM153A IARM153B IARM162A IARM163B IARM241A IARM241B suite Sn B Sb Zr Bi V Nb N O Alloy ØxH 13 X 12533Y (0.03) (0.01) (0.014)... 40x15 13 X 12534T x15 13 X 12535BC x20 13 X 12536R x15 13 X 12537R x15 13 X 12853J (0.007) (0.011)... 40x15 13 X 12854J < AISI316 40x15 13 X 12855K <0.01 < x15 13 JH 500HA (0.0120) 38x20 BAME284-2(D) (0.003) x30 IARM2F AISI304 31x18 IARM3B (0.0004) AISI309 31x18 IARM5D (0.0005) (0.004) AISI316 31x18 IARM6C (0.0003) AISI321 31x18 IARM6D (0.002) AISI321 31x18 IARM8B AISI347 31x18 IARM8C (0.0008) AISI347 31x18 IARM8D AISI347 31x18 IARM153A (0.0040) AISI317L 31x18 IARM153B x18 IARM162A AISI304L 31x18 IARM163B x18 IARM241A AISI302 31x18 IARM241B AISI302 31x18 Aciersinoxydables C Si Mn P S Cr Ni Cu Ti W Mo Co Sn As Pb Alt ØxH HS x30Sérieindivise HS x30 HS x30 HS x30 HS x30 HS x30 HS x30

25 MATERIAUX DE REFERENCE CERTIFIES 21 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Aciers inoxydables au Cr C Si Mn P S Cr Ni Cu Ti Mo Als ØxH HS x30Sérieindivise HS x30 HS x30 HS x30 HS x30 N-Aciers inoxydables C Si Mn P S Cr Ni Cu V Ti Mo W Co Als Alt Sn As N ØxH HS x40Sérieindivise HS x40 HS x40 HS x40 HS x40 HS x40 HS x40 HS x40 Austénitiques(suite) C Si S P Mn Ni Cr Mo Cu Co Sn Nb Pb As B Other Pb BAS-SS 461/ (0.004) x19 BAS-SS 462/ x19 BAS-SS 463/ N 38x19 BAS-SS 464/ (0.003)... 38x19 BAS-SS 465/ < Ti,V 38x19 BAS-SS 466/ x19 BAS-SS 466/ (0.02) <0.001 (0.001) < Al,N,V 38x19 BAS-SS 467/ Ta 38x19 BAS-SS 468/ x19 BAS-SS (0.02) V 38x19 BAS-SS x19 BAS-SS E287-1(D) N x30 BAS-SS E292-1(D) (0.008) (0.0003) N x30 Austénitiques C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb Ti 13 CM CM CM CM CM CM suite V W B As Pb Sb Zn ØxH 13 CM x35Série 13 CM x35indivise 13 CM x35 13 CM x35 13 CM x35 13 CM x35 Austénitiques C Si S P Mn Ni Cr Mo Cu Co V Nb Sn Ag N Alliage ØxH 13 MT AISI304 various 13 MT AISI MT AISI S (0.0048) x30 13 S chacun 13 S S Sérieindivise 13 S S Maraging C Si S P Mn Ni Cr Mo Co Al Ti B Cu N Other Alloy ØxH 13 X 14933R < x15 13 X 14934P x15 13 X 14935S x15 BS 161A (0.002)... 38x12 BAS-SS E285-2(D) Zr x30 13 MT Maraging250 38x14 13 MT Maraging300 38x14 13 MT 045A < Fe70.70 Aermet100-type 38x14 IARM99B W0.016 Maraging300 31x18

26 MATERIAUX DE REFERENCE CERTIFIES 22 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Martensitiques C Si S P Mn Ni Cr Mo Cu Co Sn N Nb V Alliage ØxH 13 X 12547K x15 13 X 12548L AISI414 40x15 13 X 12549K x15 13 X 14775R x15 13 X 15023U x15 13 X 15024W x15 13 X 15035T x15 13 X 15059N (0.02) (1) x15 BAS-SS (0.02) (0.01) (0.02) 38x19 BAS-SS (0.02) (0.02) (0.02) 38x19 BAS-SS (0.02) (0.02) (0.03) 38x19 BAS-SS (0.02) (0.02) (0.02) 38x19 BAS-SS (0.06) (0.03) (0.01) (0.02) 38x19 Ti W GBW x28 GBW chacun GBW Série GBW iindivise GBW Martensitiques C Si S P Mn Ni Cr Mo Cu Co Sn N Nb V Autres Alliage ØxH BS 91E (0.004) 0.09 AISI x12 BS 92B (0.006) 0.07 AISI x12 BS 93E AISI440C 35-44x12 BS 94C AISI x12 BS (0.003) Al,W,O AISI x12 BS Al,W,O AISI x12 BS (0.007) (0.002) Al,W,O 35-44x12 BS 410A (0.011) (0.004) AISI x12 BS 410B (0.021) AISI x12 BS (0.001) AISI x12 BS Al,As,B Custom x12 BS SS O x12 BS SS O x12 BS x12 IARM9B O AISI410 32x18 IARM11B (0.010) (0.007) O,W AISI430 32x18 IARM13B O,W AISI440C 32x18 IARM14B O,W AISI446 32x18 IARM38B O,Ca,B,As 32x18 IARM154A O,W AISI420 32x18 IARM154B O,W AISI420 32x18 Martensitiques C Si S P Mn Ni Cr Mo Cu Co Nb Ti As W V Al Al ØxH VAS H (0.003) (0.05) x20 VAS H (0.003) VAS H6/ (0.12) VAS H7/ JH ST x20 13 JH ST chacun 13 JH ST JH ST (0.006) (0.001) JH ST (0.006) (0.004) (0.006) (0.005) (0.002) Sérieindivise 13 JH ST (0.004) (0.003) <0.001 (0.004) (0.001) JH ST (0.005) (0.003) (0.001) (0.004) (0.001) (0.002) < JH ST (0.002) (0.004) (0.002) (0.001) (0.003) (0.001) (0.002) <0.001 BAS-SS (0.06) x13 BAS-SS E296-1(D) x30 BAME288-1(D) (0.0012) (0.682) x30 BAME291-1(D) x30 IRSID (0.026) WD IRSID x45x20 13 MT x Martensitiques C Si S P Mn Ni Cr Mo Cu Sn V Al As Ti Sb B N ØxH 13 X 8110FB (0.002) (0.008) x15 13 X 8110IA < < x15 13 X 8110KA < x15 13 X 8110LB x15 13 X 58191A < (0.001) (0.040) 40x15 13 X 58192A (0.0016) (0.040) 40x15 13 X 58193A < x15 13 X 58194A (4)... (0.0008) x15 13 X 58195A < x15 Aciers inoxydables spéciaux C Si S P Mn Ni Cr Mo Cu Nb Ti ØxH VAS S12/A (0.010) (0.02) 32-35x19 VAS S (0.02) x19 VAS S x19 VAS S (0.01) 32-35x19 VAS S x19 VAS S (0.02) x19 VAS S x19 VAS S x19 VAS S x19 VAS S x19 VAS S27/ (1.20) (0.12) (0.50) 32-35x19

27 MATERIAUX DE REFERENCE CERTIFIES 23 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Spéciaux inoxydables C Si S P Mn Ni Cr Mo Cu Co Nb W Ti N Sn V Autres ØxH IARM4C x18 IARM100B < x18 IARM239A < x18 13 X 12538J x15 13 X 12539G x15 13 X 12540L x15 13 X 14207J x15 13 X 14211P x15 13 X 14212P x15 13 X 14215K (0.016) x15 13 X 14216N (0.005) x20 13 X 14219J x15 BAS-SS E276-2(D) x30 BAS-SS E295-1(D) Sb,Fe,Al IRSID (0.005) Ca,As,Sb 45x45x20 Aciers de précipitation C Si S P Mn Ni Cr Mo Cu Co V Ti Nb B N Alloy ØxH 13 X PH 1M (0.006) x20 13 X PH 2K (0.013) 40x15 13 X PH 3K /4PH 40x15 13 X PH 4K x15 13 X PH 5J FV520 40x15 13 X PH 6E x20 13 X PH 7E x15 13 MT x19 13 MT x19 13 MT x19 Aciersde précipitation C Si S P Mn Ni Cr Mo Cu Nb Co Al N BS 17PHA BS 17PHB BS SS BS SS (0.015) BS (0.003) BS (0.002) BS 184A (0.006) BS 185A BS BS 192A < BS BS IARM15B IARM16B IARM21B IARM22B IARM23B IARM152A IARM234B suite Ti V W Ta Sn B As Pb Ca O Alliage ØxH BS 17PHA (0.002) (0.002) PH 35-44x12 BS 17PHB (0.01) (0.002) (0.0003) (0.0021) 17-4PH 35-44x12 BS SS (0.01) (0.01) (0.0003) (0.0004) (0.002) 35-44x12 BS SS (<0.02) < (0.0005) (0.001) 35-44x12 BS 9811 (0.003) (0.0003) (0.003) (0.006) Custom x12 BS 9812 (0.005) (0.0003) (0.005) (0.007) Custom x12 BS 184A (0.002) (0.0004) (0.0003) (0.0003) PH13-8Mo 35-44x12 BS 185A (0.001) (0.014) (0.002) (0.0002) (0.0021) 15-5PH 35-44x12 BS (0.001) (0.0003) (0.005) PH 35-44x12 BS 192A (0.0003) (0.0035)... (0.0006) (0.0006) 17-7PH 35-44x12 BS 9621 (0.001) (0.01) (0.002) < (0.0001) PH(VA 35-44x12 BS 9622 (0.001) (0.02) PH 35-44x12 IARM15B x18 IARM16B (0.0018) x18 IARM21B PH13-8MO 31x18 IARM22B (0.0007) PH 31x18 IARM23B PH 31x18 IARM152A (0.0021) 17-7PH 31x18 IARM234B (0.003) (0.004) AISI302HQ 31x18

28 MATERIAUX DE REFERENCE CERTIFIES 24 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie IInoxydables Haut azote C Si S P Mn Ni Cr Mo Cu Al Co Nb V W N Alliage ØxH BS x12 BS 180A (0.01) Nitronic x12 BS 181A Nitronic x12 IARM17B (0.003) Nitronic50 31x18 IARM18B Nitronic60 31x18 IARM19B Nitronic40 31x18 IARM157A AL6XN 31x18 IARM212A (0.002) Duplex x18 IARM214A (0.002) NMS x18 13 JN 501HA (0.0026) (0.0426) x20 13 X NSA 1E (6) x15 13 X NSA 2G x15 13 X NSA 3J x15 13 X NSB 1D x15 13 X NSB 2D x15 13 X NSB 3F x15 13 X NSC 1L x17 13 X NSC 2M x17 13 X NSC 3S x15 13 X NSC 4B x20 13 X NSC 5A x17 13 X NSD 1A x15 13 X NSD 2A x15 Ti 38x15 13 AUNo x30 13 AUNo chacun 13 AUNo AUNo Sérieindivise 13 AUNo AUNo Hautement alliés (divers) C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb BS 86F (0.007) 0.19 BS 183A BS 186A (0.002) (0.001) <0.002 BS 187C < BS 188A BS (0.001) BS < BS IARM7B (0.001) IARM20B IARM20C (0.004) IARM24A (0.002) (0.01) IARM25B IARM26B JK 37D MT 123A < < MT 20Cb BAM E289-1(D) suite Ti V W Ta N B Se Ce As Pb Ca O Fe Alliage ØxH BS 86F (0.006) (0.003) (0.001) (0.001) RA x12 BS 183A < < (0.002) (0.0003) GreekAscoloy 31-44x12 BS 186A < < Invar x12 BS 187C (0.001) < (0.0019)... (0.004) (0.0004) Carpenter20Cb x12 BS 188A < A x12 BS 189 (0.003) (0.005) (0.0012)... (0.019) (0.002) UNSNO x12 BS MA 31-44x12 BS 318 (0.003) < (0.0004) (0.0004) (0.004) /UNSS x12 IARM7B (0.005) (0.031) (0.002) AISI330 31x18 IARM20B GreekAscoloy 31x18 IARM20C (0.003) GreekAscoloy 31x18 IARM24A < (0.035) (0.18) (0.0026)... (0.165) (0.009)... Invar-36 31x18 IARM25B (0.005) (0.021) Carpenter20Cb3 31x18 IARM26B AlloyA x18 JK 37D x20 13 MT 123A x19 13 MT 20Cb x19 BAM E289-1(D) (0.0056) (0.0008) x30 Aciers très rapides C Si Mn P S Cr Ni V W Mo ØxH HS x35Série HS x35indivise HS x35 HS x35 HS x35 Acierstrèsrapides C Si Mn P S Cr Cu V W Mo N Alt ØxH HS x35Série HS x35indivise HS x35 HS x35 HS x35 HS x35

29 MATERIAUX DE REFERENCE CERTIFIES 25 septembre, 2010 Base fer Aciers Inoxydables Blocs pour Spectrométrie Aroulements C Si Mn P S Cr Ni Cu ØxH HS x32Série HS x32Indivise HS x32 HS x32 HS x32 A roulements C Si Mn P S Cr Ni Cu Mo V ØxH HS x35Série HS x35Indivise HS x35 HS x35 HS x35 HS x35 A roulements C Si Mn P S Cr Ni Cu W Mo Ti Al Sn As Sb Pb ØxH HS x43Série HS x43ndivise HS x43 HS x43 HS x43 HS x43 Aroulements haut %C C Si Mn P S Cr Ni Cu Ti W Mo Sn As Sb Pb Alt ØxH HS HS Sérieindivise HS HS HS HS Divers inoxydables Nature C Mn P S Si Cu Ni Cr V Mo Co Ti N SRMC 1151a 23Cr-7Ni ( 0.21) SRMC 1152a 18Cr-11Ni (0.055) SRMC 1153a 17Cr-9Ni (0.013) (0.11) SRMC 1154a 19Cr-13Ni (0.004) (0.077) SRM 1155 Cr-Ni-Mo(AISI316) SRM 1171 Cr-Ni-Ti(AISI321) SRM 1172 Cr-Ni-Nb(AISI431) SRM 1219 Cr-Ni(AISI431) (0.04) (<0.001) SRM 1223 auchrome (0.05) SRMC1288 haut.allié(a-43) (0.028) SRMC1289 haut.allié(aisi414) (0.017) SRM 1295 Cr (SAE405) (0.01) SRMC Cr-3Mo(SAE460) SRM 1297 Cr-Ni-Mn (<0.0004) Suite N Al Nb Ta W Pb Zr ØxH SRMC1151a ( 0.21) (0.003) (0.015) (0.004) x19 SRMC1152a (0.055) (0.004) (0.15) (0.001) x19 SRMC1153a (0.11) (0.004) (0.48) (0.03) (0.0001) 31x19 SRMC1154a (0.077) (0.22) (0.045) (0.001) 31x19 SRM x19 SRM x19 SRM < x19 SRM (0.001) (0.01) (0.02) (<0.0001) 31x19 SRM 1223 (0.05) (<0.005) (0.0001) 31x19 SRMC1288 (0.028) (0.0025) (0.22) (0.2) (0.002) 31x19 SRMC1289 (0.017) (0.0016) (0.10) (0.001) 31x19 SRM 1295 (0.20) (<0.0005) (<0.001) (0.002) (0.0001) 31x19 SRMC (<0.001) (<0.01) (<0.001) 31x19 SRM 1297 (0.003) (<0.009) (<0.001) (0.03) (<0.0001) 31x19 Spéciaux Nature C Mn P S Si Cu Ni Cr V Mo Co W ØxH SRM 1157 A outils(aisim2) x19 SRM 1158 HautNickel x19 SRM 1233 A soupapes (0.01) 31x19 Hautetempérature Nature C Mn P S Si Cu Ni Cr Mo Co Ti Al Nb Ta V B Fe ØxH SRM 1230 A (0.07) (55) 31x19 SRM 1244 Inconel (0.14) < x19 SRM 1245a Inconel < x19 SRM 1246 Incoloy (0.09) < x19 SRM 1247 Incoloy (0.46) x19 SRM 1250 Fe-Ni-Co < x19 SRMC 2400 HtallieACI(17/4PH) (0.0004) 31x19 SRMC 2401 Ht. allié(aci-cd-4mcu) (0.002) 0.20 (0.0004) 31x19 SRMC 2402 HastelloyC (<0.01) 0.22 (0.0004) x19

30 MATERIAUX DE REFERENCE CERTIFIES 26 septembre, 2010 Base fer Aciers Spéciaux Blocs pour Spectrométrie Inoxydables traités au Calcium C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb Ca O N Autres ØxH BS CA x12 BS CA (0.047) 35-41x12 BS CA x12 BS CA (0.012) (0.008) x12 BS CA Ti,V,W,B 35-41x12 BS CA Ti,V,W,B 35-41x12 BS CA Ti,V,W,B 35-41x12 JK 27A x20 Aciers à outils C Si S P Mn Ni Cr Mo Cu Co Sn Al W V N Alliage ØxH BS 33E S x12 BS 35D (0.005) O x12 BS 36D A x12 BS 38C S x12 BS 39B (0.02) (0.011) (0.01)... L x12 BS 40B A-6 41x19 BS 41A <0.003 (0.003) O-6 41x19 BS (0.004) x19 BS A (0.010) (0.010) <0.005 (0.004)... A x12 BS 10V < x12 IARM39B (0.026) A2 31x18 IARM40B (0.006) A6 31x18 IARM41B (12.51) (0.022) D2 31x18 IARM42B H13 31x18 IARM43A (0.02) L6 31x18 IARM43B < L6 31x18 IARM44B (0.008) M2 31x18 IARM45A O6 31x18 IARM45B (0.004) O6 31x18 IARM46A S1 31x18 IARM47A (0.02) S5 31x18 IARM47B (0.016) S5 31x18 IARM48B (0.040) (0.009) (0.006) (17.26) T1 31x18 JSS (0.009)... SKS3 35x20 JSS SKS2 chacun JSS SKS11 JSS SKD4 Sérieindivise JSS (0.012) SKD6 JSS (0.004) (0.007)... SKT4 14 CM x19 14 RI MAW x20 14 RI MAW x20 14 RI MAW x20 14 MT A x19 14 MT D < x19 14 MT H x19 14 MT M x19 14 MT M < x19 14 MT M x19 14 MT M x19 14 MT O x19 Aciers rapides C Si S P Mn Ni Cr Mo Cu Co W V N Sn Al ØxH 14 CM x25 14 CM chacun 14 CM CM Sérieindivise 14 CM CM CM x25 14 CM chacun 14 CM CM Sérieindivise 14 CM CM CM CM

31 MATERIAUX DE REFERENCE CERTIFIES 27 septembre, 2010 Base fer Aciers Spéciaux Blocs pour Spectrométrie Aciersrapides(suite) C Si S P Mn Ni Cr Mo Cu Co W V N Sn Autres Alliage ØxH 14 X HS 1C (0.035) T-1 40x15 14 X HS 2C (0.03) T-4 40x15 14 X HS 3K (0.014) As0.017 T-5/6 40x15 14 X HS 4B x15 14 X HS 5C M-36 40x15 14 X HS 6B M-2 40x15 14 X HS 7B x15 14 X HS 8C M-33 40x15 14 X 14944D x15 14 X 14945D x15 14 X 14946D (7) T-1 40x15 14 X 14948C x15 14 X 14952D x15 14 X 14890K (0.012) x15 14 X 14891L (5) M-2 40x15 14 X 14892K x15 BS 30C As0.03 T x12 BS 32D (0.005) M x12 JSS SKH2 35x30 JSS SKH3 chacun JSS SKH4A JSS SKH55 Sérieindivise JSS SKH57 JSS SKH9 14 A 481/ (0.09) x19 14 A 482/ (0.16) x19 14 A 483/ (0.08) x19 14 A 485/ (0.14) x19 14 A 486/ (0.06) x19 14 A 487/ (0.14) (0.006) 38x19 BAM E290-1(D) x30 Aciers de cémentation C Si S P Mn Ni Cr Mo Cu Al V Alliage ØxH JSS S9CK 35x80 JSS SCr415 chacun JSS (0.004) SCM420 JSS (0.002) SNC415 Sérieindivise JSS SNCM24 JSS SNCM616 Aciers haut manganèse C Si S P Mn Ni Cr Mo Cu Al V Sn N Nb Autres ØxH BS 17A x17 BS 18A x17 BS 19A x17 BS (0.004) (0.004) Ca,Co,B,Ti,W,O. 38x12 BS (0.002) (0.006) Co,Ca,O,Ta,Ti,W. 38x12 BS (0.003) B,Ca,Co,Ti. 38x12 14 X MN1AF (0.0023) x15 14 X MN2P (0.007) x15 14 X MN3P < x15 14 X MN4W x15 14 X MN5Q x15 14 X 15195P x15 14 X 15196S (5) (5) x15 14 X 15197Q x15 BASSS 491/ (0.04) x10 BASSS 492/ (0.01) x10 BASSS 493/ (0.017) x10 BASSS 494/ (0.025) x10 BASSS 495/ (0.028) x10 14 MT 035A < Fe65.91 various 14 MT 129A < Fe62.62 Aciers au plomb C Si S P Mn Ni Cr Mo Cu Sn Al Pb W Autres Alliage ØxH BS 70B (0.024) Te0.034 AISI41L40 41x13 BS 72B N AISI41L50 41x13 BS 73B <0.002 N AISI86L20 41x13 BS 74E (0.001) (0.001) <0.002 Te0.045 AISI12L14+Te 41x13 IARM182A (0.008) Co,Nb,N 86L20 31x13 IARM183A (0.01) <0.005 (0.002) 0.24 <0.01 Co,N,O 12L14 31x13

32 MATERIAUX DE REFERENCE CERTIFIES 28 septembre, 2010 Base fer Aciers Spéciaux Blocs pour Spectrométrie BS est recommandé pour la XRF uniquement, les hauts S et Pb ne permettent pas l usage en OES Aciers resulfurisés C Si S P Mn Ni Cr Mo Cu Sn Co V N Autres Alliage ØxH BS 65C (0.007) AISI x19 BS 66B (0.006) AISI x19 14 X MSFM1H x15 14 X MSFM2H (0.003) (0.0008) (0.003) 40x15 14 X MSFM3F x15 BASE058-2(D) x19 BASE085-1(D) x19 IARM10C Al,Nb,O AISI416 31x18 IARM29C (0.01) Al,As,O C x18 IARM29D (0.023) Al,As C x18 IARM199A Nb,O C x18 IARM199B Al,As,B C x18 IARM206A (0.019) Al,As,B C x18 IARM253A Se0.21 AISI303Se 31x BS 90F AISI x12 BS (0.003) FM 31-45x12 BS Se0.328 AISI416Se 31-45x12 BS AISI420F 31-45x12 BS AISI430F 31-45x12 BS (0.005) AISI430Fmod 31-45x12 BS (0.003) AISI440F 31-45x12 BS (0.004) Se0.142 AISI440FSe 31-45x12 BS 4142Se Se0.042 AISI4142Se 31-45x12 BS 53Mod Bi0.102 AISIE x BS 4140A Bi0.105 AISI4140+Bi 38x12 BS 4140B (0.002) Bi0.087 AISI4140+Bi 38x12 BS 4150Mod Bi0.070 AISI4150+Bi 38x12 BS 8620A Bi0.073 AISI8620+Bi 38x12 BS 8620B Bi0.105 AISI8620+Bi 38x12 14 MT AISI303 38x19 14 MT AISI416 38x19 Aciers au silicium C Si S P Mn Ni Cr Cu Ti Al As Ca N Alliage ØxH VAS T < x19 VAS T2/ x19 VAS T2/ Transformer 32-35x19 VAS T < Steel 32-35x19 VAS T < x19 BAME191-1(D) x30 JK E196-1(D) x25 Aciers spéciaux C Si S P Mn Ni Cr Mo Cu Co Al Ti Nb Autres Alliage ØxH BS 203Mn (0.001) (0.002) (0.004) 38x12 BS < (0.002) (0.007) V0.09 AMS x12 IARM98A (0.002) 0.24 (29.09) (17.50) 0.04 <0.01 <0.01 Kovar 31x18 14 X ALNICO1A Zr0.2 AlNiCo 40x15 14 MT 070A < MT 098A < various Serie de calibration Haut Ni C Si S P Ni Co Cr Cu Al Fe ØxH 14 X FeNi (0.015) 0.06 (0.002) rem 40x15 14 X FeNi (0.001) rem 40x15 14 X FeNi rem 40x15 14 X FeNi rem 40x15 14 X FeNi rem 40x15 SABLES DE FONDERIES SYLAB: PYR-2000 MESURE DES DEGAGEMENTS GAZEUX LORS DES MOULAGES DE FONDERIES AU SABLE La cinétique de dégagement gazeux, la quantité de gaz formé, les formation de condensats vont déterminer la qualité de surface de la pièce de fonderie. la pièce moulée demandera un usinage plus ou moins important selon cette qualité. Le sables de fonderie, compte tenu des nouvelles règlementations de mise en décharge, seront plus souvent recyclés, réajustés en liants divers avant réutilisation.une simple mesure de carbone ne permet pas de présager de la formation de ces gaz lors de la coulée des métaux en moules sable. le PYR-2000 de Sylab permet de suivre ces paramètres, de présager du comportement du sable ou des résines pour les opérations de fonderie entre 400 C et 1400 C.

33 MATERIAUX DE REFERENCE CERTIFIES 29 septembre, 2010 Base Nickel Blocs pour Spectrométrie Nickel haute pureté Ag Al As B Be Bi C Ca Cd Co Cr Cu Fe Ga Mg Mn IARM187A <5 <1 < <10 < (3) <0.5 (2) 3.0 IARM188A <5 < < (6) <0.5 (4) 2.3 IARM189A <5 < < (10) <0.5 (8) 1.9 IARM190A <5 < < (1) <0.5 (6) 1.8 IARM191A <5 <1 < <10 < <0.5 (2) 3.1 IARM192A <5 < < <0.5 (2) 5.2 suite Mo N O P Pb S Sb Se Si Sn Te Ti Tl V Zn ØxH IARM187A (<1) (1) (14) < <0.5 <0.1 (18) 0.4 <0.1 (3) <0.2 (0.8) <0.5 31x18 IARM188A <1 (1) (17) (2) (0.9) < x18 IARM189A (<1) (1) (18) (3.3) 2.3 < x18 IARM190A (<1) (1) (19) (6) 5.8 < x18 IARM191A (<1) (2) (30) < < (5) 0.4 <0.1 <1 <0.2 < x18 IARM192A (<1) (1) (42) (7) 1.1 <0.1 <1 <0.2 < x18 RésiduelsdansleNickel Si Mn Cu Fe Cr Co Ti Al Mg C S Sn Pb B N ØxH 21 X 17518H < (0.001) (0.002) (0.002) (0.002) < x15 21 X 17519J x15 21 X 17520H x15 21 X 17521J x15 21 X 17522G < x15 RésiduelsdansleNickel C Si S P Mn Cu Fe Cr Co Ti B Mg Al Mo Pb V ØxH BS 200A < (0.001) <0.002 < x12-20 BS (0.002) x12-20 BS (0.003) x12-20 BS (0.005) (0.001) x12-20 BS (0.007) (0.002) x12-20 IARM50B (0.001) (0.0002) (0.001) (0.003) x18 Ni/Cr C Si Mn Cu Fe Cr Mo Co Ti Al Mg V Nb B Ni Alliage ØxH 22 X 754D x15 22 X 755D x15 22 X 801D x15 22 X 802C x15 22 X 803E Nimonic80A 40x15 22 X 804D x15 22 X 805D x15 22 MT 122A Nimonic-type 38x19 22 RU NG1/2 (0.02) (0.3) (0.2) x28 22 RU NG2/2 (0.04) (0.4) (0.1) x28 22 RU NG3/2 (0.02) 1.01 (0.3) (0.1) (0.3) x28 22 RU NG4/2 (0.02) (0.06) (0.06) x28 Ni/Cr C Si Mn Cu Fe Cr Mo Co Ti Al Sn Pb W B 22 X 806D <0.01 < < X 808C < < suite Zr V Ag Te Bi As Sb ØxH 22 X 806D <0.005 <0.01 < < < <0.001 < x15 22 X 808C x15 Ni/Cr C Si Mn Cu Fe Cr Mo Co Ti Al Mg S Alliage ØxH 22 X 901B x15 22 X 902B x15 22 X 903C Nimonic90 40x15 22 X 904C x15 22 X 905C x15 22 X 1051C x15 22 X 1052C x15 22 X 1053C (0.0003)... Nimonic105 40x15 22 X 1054B x15 22 X 1055D (0.008) x15 Ni/Cr C Si S P Mn Cu Fe Cr Mo Co Ti Al Ni Alliage B ØxH 22 X 9013F rem Nimonic x X 9014D rem x15 22 X 9015D rem BAS 387/ Nimonic x19

34 MATERIAUX DE REFERENCE CERTIFIES 30 septembre, 2010 Base Nickel Blocs pour Spectrométrie Fe/Ni/Cr C Si Mn Cu Fe Cr Mo Co Ti Al Ni P S Alliage ØxH 23 X 8001F rem x15 23 X 8002E rem x15 23 X 8003F rem Incoloy800 40x15 23 X 8004E rem x15 23 X 8005E rem x15 23 X DS 1E rem x15 23 X DS 2E rem x15 23 X DS 3E rem (0.02) x15 23 X DS 4E rem x15 23 X DS 5E rem x15 23 RI INC x15 23 RI INC x15 23 RI INC x15 23 RI INC x15 23 RI INC x15 Ni / Cr / Co / Mo Si Mn Cu Fe Cr Mo Co Ti Al Ni C P Alliage ØxH 24 X 14939E rem x15 24 X 10999D rem x15 24 X 11001D rem C263 40x15 24 X 11002F rem x15 24 X 11005F rem x15 BS x12 Waspalloys C Si S P Mn Cu Fe Cr Mo Co Ti Al Nb B 24 X WASP1B 0.01(3) X WASP2B X WASP3D X WASP4C (0.01) < (0.004) BS 199A < (0.004) suite V W Zr Ta Ni Mg Pb Sn As Ag Sb Alliage ØxH 24 X WASP1B x15 24 X WASP2B x15 24 X WASP3D (0.002) Waspalloy 43x20 24 X WASP4C (0.005) x20 BS 199A x12 Ni / Cr / Nb / Mo Si Mn Cu Fe Cr Mo Co W Nb Ni Alliage ØxH 25 X 10221F rem 40x15 25 X 10225G rem 40x15 25 X 10230G rem PE10 40x15 25 X 10231D rem MC102 40x15 25 X 10235E rem 40x15 25 X 10219E rem 40x15 Ni / Cr / Mo Si Mn Cu Fe Cr Mo Co Ti Al Ni Alliage ØxH 26 X 11381D (0.047) rem 40x15 26 X 11383D (5) rem C130 40x15 26 X 11384E (3) (1) 0.50 rem ANC12 40x15 26 X 14182D (0.01) < rem 40x15 Ni / Cr / Mo / Co Si Mn Cu Fe Cr Mo Co Ti Al Ni Alliage ØxH 27 X 14184F <0.01 rem 40x15 27 X 14188D (0.003) <0.01 rem C242 40x15 27 X 14386C rem ANC11 40x15 27 X 14387E (0.005) <0.01 <0.01 rem 40x15 Ni / Cr / Fe C Si S P Mn Cu Fe Cr Mo Co Ti Al Mg Nb Alliage ØxH 28 X 6001G x15 28 X 6002F x15 28 X 6003E Inconel600 40x15 28 X 6004E x15 28 X 6005E x15 28 X X7501F x15 28 X X7502D x15 28 X X7503E InconelX750 40x15 28 X X7504D x15 28 X X7505D x15

35 MATERIAUX DE REFERENCE CERTIFIES 31 septembre, 2010 Base Nickel Blocs pour Spectrométrie Ni/Cr/Fe (suite) C Si S P Mn Cu Fe Cr Mo Co Ti Al Mg Nb V Ni Alliage ØxH BS (0.02) Inconel x12 BS (0.02) Inconel x12 BS (0.002) (0.015) Inconel x12 BS < (0.03) Inconel x12 BS Inconel x12 BS 600C Inconel x12 BS < (0.02) Inconel x12 BS 625B < Inconel x12 BS 718B (0.006) (0.03) 52.1 Inconel x12 BS (45.8) (0.0028) Inconel x12 BS 825C (0.10) (0.002) (0.04) (0.03) 38.7 Inconel x12 BAS (0.006) IN718 41x13 CTIF E377-1(D) x20 28 X 6251K (0.0013) (0.0014) (0.01) X 6252L (0.010) (0.025) X 6253M (0.018) voirsuite 28 X 6254K X 6255K (0.0025) X 7181H (0.003) (19.5) (0.007) X 7182L X 7183S (19.6) voirsuite 28 X 7184J (0.28) X 7185J (0.16) X 7186H (16.5) IARM53B IARM53C < IARM54B IARM56C IARM56D voirsuite IARM58A < (44.90) <0.001 (0.03) IARM59B (0.002) (0.005) IARM60B (0.005) (0.01) IARM201A (0.0004) suite Ta W B Zr As Sn Sb Pb Bi Ag Zn Ni N O Alliage ØxH 28 X 6251K (0.003) (0.004)... (0.003)... (0.0024) (0.001) x20 28 X 6252L (0.009) (0.009) (0.010) (0.0086) (0.008) x20 28 X 6253M (0.019) (0.028) (0.022) (0.017) (0.020) (0.019) Inconel625 43x20 28 X 6254K (0.012) (0.003) (61.3) x20 28 X 6255K (0.009) x20 28 X 7181H (0.005) (0.005) x20 28 X 7182L (0.0010) (0.005) x20 28 X 7183S (0.006) Inconel718 43x20 28 X 7184J (0.005) (0.007) (0.007)... (0.007) x20 28 X 7185J (0.024)... (0.004) (0.002) (0.005) x20 28 X 7186H (0.008) (0.014) x20 IARM53B < Inconel600 31x18 IARM53C... (0.008) < Inconel600 31x18 IARM54B (0.004) < Inconel625 31x18 IARM56C (0.004)... < Inconel718 31x18 IARM56D (0.001) Inconel718 31x18 IARM57B < Inconel750 31x18 IARM58A... <0.01 <0.001 < Inconel800 31x18 IARM59B... (0.012)... (0.005) Alloy825 31x18 IARM60B RA333 31x18 IARM201A... <0.01 <0.002 < Inconel690 31x18 Ni/ Cr / Al / Ti C Si Mn Cu Fe Cr Mo Co Ti Al Zr V Ni N Alliage ØxH 210X11774F rem... 40x15 210X11775G (0.008) (56.6) (0.003) 45x20 210X11979G rem... IN100 40x15 210X11980G rem... AMS x15 210X11981F rem... 40X15 Ni / Co / Cr / Al / Ti C Si Mn Cu Fe Cr Mo Co Ti Al Zr V Ni B ØxH 210X11982D rem x15 210X11999A rem... 40x15 BAS (5) rem x13ou19 BAS346A (0.15) (10) (3) (15) (5) (5.5)... (1) rem x13ou19 suite Ag Mg Pb Sn Cd Zn As Se Bi Sb Te Ca Ga Tl Alliage ØxH 210X11982D < < <2 <0.5 2 < IN100 40x15 210X11999A <5 <1 <1 1 < x15 BAS345 < <0.1 <0.5 (2) <0.5 <0.2 <2 <0.2 <5 8 <0.2 IN100 41x13 BAS346A (20) (50) (2) 41x13

36 MATERIAUX DE REFERENCE CERTIFIES 32 septembre, 2010 Base Nickel Blocs pour Spectrométrie Ni / Cr / Al Si Mn Cu Fe Cr Mo Co Ti Al Nb Ta Zr BC Ni Type ØxH 211X11221F rem 40x15 211X11222F rem 40x15 211X11224F rem IN713 40x15 211X11233E rem AMS x15 211X11236E rem 40x15 BAS IN713 41x13 Ni / Cu C Si S Mn Cu Fe Cr Pb Co Ti Al Mg Zr P Ni Alliage ØxH 212X4001L (66.8) 40x15 212X4002K (64.8) Monel400 40x15 212X4003H Monel500 40x15 212X4004J Monel505 40x15 212X4005D (0.0002)... (0.0025) Monel506 43x20 212X4006D (62.3) 40x15 BAS 363/ (0.002) (0.05) (0.03) Monel400 38x19 BS 400C Monel x12 BS 500D < (64.9) Monel x12 BS x12 BS (0.001) x12 BS (0.0015) x12 BS x12 IARM51B < Monel400 31x18 IARM52B Monel500 31x18 IARM202A MonelR405 31x18 Ni / Cu C Si S P Mn Cu Fe Mg Pb Alliage ØxH 212XNA2G MonelH 40x15 212XNA3G x15 Ni / Cu / Sn C Si S P Mn Cu Fe Mg Sn Zn Ni ØxH 214NN rem 50x10 214NN rem 50x10 214NN < <0.01 rem 50x10 Fe/Mo C Si S P Mn Cu Fe Cr Mo Co V W Ni N Autres Alliage ØxH 215XHB1M rem Al,Ti,Sn BS x20 215XHB2F (0.004) ANC15 43x20 215XHB3F rem... AMS x15 215XHB4E (0.008) (0.026) rem... ASTMA494 40x15 215XHB5J rem Al,Ti HastelloyB 43x20 215XHC1K Ti BS x20 215XHC2H rem 0.18 Al,Ti ANC16 43x20 215XHC3J Al,B,Ti AMS x20 215XHC4H Al,Ti,B A494 43x20 215XHC5R Al,Ti,Mg HastelloyC 43x20 BS H1B (0.01) 1.00 < <0.02 < (71.4)... BS H3B voirsuite BS H6A (0.03) < rem... IARM55B IARM65B IARM66B voirsuite IARM67B IARM69B suite Nb Al Ti Ta Zr B Sn Mg N O Type ØxH BS H1B < (0.005) HastelloyB x12 BS H3B (0.005) HastelloyX 38-41x12 BS H6A HastelloyC x12 IARM55B (0.08) (0.005) < Haynes242 31x18 IARM65B (0.06) <0.001 (0.002) (0.001) HastelloyC22 31x18 IARM66B HastelloyC276 31x18 IARM67B (0.03) (0.002) (0.001) (0.002) HastelloyG30 31x18 IARM69B (0.0007) HastelloyX 31x18

37 MATERIAUX DE REFERENCE CERTIFIES 33 septembre, 2010 Base Nickel Blocs pour Spectrométrie Alliagesdenickeldivers C Si S P Mn Cu Fe Cr Mo Co Ti Al Ni Nb Y ØxH 219XNY1A rem x15 219XNY2A rem x15 219X20500A x20 BS 197A < BS BS 750B < BS X1837A rem < X1867B (1.78) rem IARM203A IARM207A MT 133A < X19 suite V Ta W Zr Mg B Re Hf N Alloy ØxH BS 197A (0.003) (0.052) RA333 38x12 BS 725 (0.01) (0.002) (0.002) Inconel725 38x12 BS 750B 0.04 (0.01) (0.05) (0.01) (0.002) Nickel750 38x12 BS Inconel925 38x12 219X1837A... < HighBAlloy 40x15 219X1867B (0.008)... B1900-type 40x15 IARM203A < (0.02) <0.01 < Inconel909 31x18 IARM207A MP35N 31x18 Ni/B alliagesde surfaçage C Si S Mn Cr Mo Cu BFe Ni ØxH 221XHF1A rem 40x15 221XHF2A rem 40x15 221XHF3A rem 40x15 221XHF4A rem 40x15 TORCHES NEUVES ET REPARATIONS DE TORCHES Le prix demandé pour une torche à plasma neuve vous fait penser au prix que vous payez une cartouche d encre comparativement au prix d achat de l imprimante? Comme il existe des solution alternatives pour ces cartouches, il existe des torches ICP alternatives à celles que vous utilisez.la plupart des modèles de torches ICP existent, elles offrent les mêmes garanties de qualité, longévité et construction que celles portant un label constructeur

38 MATERIAUX DE REFERENCE CERTIFIES 34 septembre, 2010 Base Cuivre Blocs pour Spectrométrie LaitonsCu/Zn binaires Sn Pb Zn Fe Ni Al Si Mn Cu As Bi Sb B ØxH 31 X B1M (0.003) (0.007) 43.4 (0.01) (0.005) <0.002 <0.005 < <0.005 <0.001 < x15 31 X B2K (0.005) (0.006) (0.016) (0.007) < <0.001 < < < < x15 31 X B3J (0.007) (0.034) (0.017) (0.008) <0.002 <0.001 < < < < x15 31 X B4K <0.002 < (0.0009) (0.0009) x15 31 X B5J (0.015) (0.016) (0.015) (0.015) <0.002 <0.001 < < < < x15 31 X B6J <0.005 < (0.01) <0.005 <0.005 <0.005 < <0.005 <0.005 < x15 31 X B7J <0.005 < x15 31 X B8H (0.0013) x15 31 X B9K (0.0025) <0.002 (0.0006) (0.0001) (0.0005) <0.001 <0.001 (0.0007) 42x15 31 X B < (0.007) <0.001 <0.005 (0.01) < (0.008) (0.007) <0.001 < x15 31 PN MB x20 31 PN MB chacun 31 PN MB PN MB Sérieindivise 31 PN MB PN MB PN MB Laitons alliés Sn Pb Zn Fe Ni Al Si Mn Cu As Bi Sb P S ØxH 31 X B10K (0.012) (0.032) (0.003) (0.003) <0.001 < x15 31 X B11G (0.010) (0.041) (0.001) (0.003) <0.001 < x15 31 X B12F (0.008) (0.053) (0.001) (0.002) <0.001 < x15 31 X B13F (0.005) (0.033) (0.001) <0.001 <0.001 < x15 31 X B14F 0.52 (0.025) (0.0009) 58.9 <0.005 <0.005 < x18 31 X B15G 1.04 (0.014) (0.0008) 57.8 <0.005 <0.005 < x18 31 X B16G 2.17 (0.04) 37.4 (0.02) (0.01) (0.01) 58.0 (0.006) <0.001 < x15 31 X B17F (0.05) (33.9) (0.02) (0.01) 6.05 (0.007) < (0.015) <0.001 < x15 31 X B18H < (0.012) (0.005) <0.002 <0.02 < <0.005 <0.002 < x15 31 X B19M < <0.01 (0.003) <0.002 <0.02 < <0.01 <0.005 < x15 31 X B20M (0.06) 5.39 (36.4) <0.01 <0.005 <0.005 <0.005 < <0.005 <0.01 < x15 31 X B21C (28.6) (0.0014) 40x15 31 X B22D x15 31 X B23C (10.0) x15 31 X B24C (0.009) x15 31 X B25A rem < x15 31 X B26C (0.0013) 42x18 31 X B27A (19.9) < x15 IARM74A <0.01 <0.01 <0.01 rem < < x18 IARM74B < <0.01 < (0.008) (0.003) 31x18 31 A < <0.002 < x12 31 A <0.001 < x12 31 T L x5 31 T L x5 31 T L x5 31 T L x5 31 T L (0.65) (0.50) x5 31 T L x5 31 T L x5 31 T L x5 31 T L x5 31 T L < x5 31 T L x5 31 T LH x5 31 T LH x5 31 T LH x5 31 T LH x5 31 T LH7.1A (2.35) x5 31 T LH (1.0) x5 31 T LH x5 31 T LH (1.2) (0.06) x5 31 T LH (2.0) x5 31 T LS (0.02) allvalues 60x5 31 T LS approximate 60x5 Le four à sole mobile est une unité compacte, avec un mécanisme rapide de montée-descente, qui rend cet équipement idéal pour les besoins en transfert rapide de chaleur tels que la fusion des verres. - choix entre un mécanisme de montée - descente pneumatique ou électrique. - 4 parois chauffantes pour une parfaite homogénéité de température. - adaptation rapide de la température après enfournement du creuset - Liner optionnel en céramique pour les fumées corrosives ou l usage d atmosphères protectrices - Chauffage par éléments en MoSi2 ou MoWSi2. - Le module de contrôle des fours est enchâssé dans une console séparée du four.

39 MATERIAUX DE REFERENCE CERTIFIES 35 septembre, 2010 Base Cuivre Laitons / bronzes Blocs pour spectrométrie Laitons - Elements traces Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P C B Cu ØxH 31 X TB1H (35.9) (6) x15 31 X TB2G < x18 31 X TB3H (0.0022) x15 31 X TB4F* rem <0.01 <0.01 <0.01 <0.001 <0.001 < x18 * Valeurstypiques 31 PN MD rem x30 31 PN MD rem chacun 31 PN MD rem PN MD rem Sérieindivise 31 PN MD rem PN MD rem (0.0013) PN WC rem x30 31 PN WC rem chacun 31 PN WC rem PN WC rem Sérieindivise 31 PN WC rem PN WC rem Laitons-Elementstraces Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P Cd Ag Be Te Cu ØxH 31 PN MH rem x25 31 PN MH rem chacun 31 PN MH rem PN MH rem Sérieindivise 31 PN MH rem PN MI x25 31 PN MI chacun 31 PN MI PN MI Sérieindivise 31 PN MI Laiton Naval Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P S Cu Alliage ØxH 31 X NB1G (29.1) <0.005 < <0.005 < < x15 31 X NB2G < x15 31 X NB3H* < x15 31 X NB4H (33.3) < (0.001) x15 *Teneur typique BS (0.001) <0.01 < (0.001) x12 BS 482A (0.007) (0.003) (0.002) <0.002 < <0.003 < x12 31 PN WK rem x25 31 PN WK rem chacun 31 PN WK rem PN WK rem Sérieindivise 31 PN WK rem IARM83B (0.003) (0.004) (0.001) 58.7 CDA675 32x18 Bronzenaval Grade Cu Pb Fe Sn Ni SRM 1776 Naval Brass WK SRM 1777 Naval Brass WK SRM 1778 Naval Brass WK SRM 1779 Naval BrassWK SRM 1780 Naval Brass WK suite Al Sb Mn P Si Bi ØxH SRM x20 SRM x20 SRM x20 SRM x20 SRM x20 Diversalliages Grade Cu Zn Pb Fe Sn Ni Al Sb Be Cd Mn P Si Ag ØxH SRM 1104 Free-Cutting Brass x19 SRM 1107 Naval Brass B x19 SRM 1108 Naval BrassC x19 SRM 1110 RedBrass B x19 SRM 1111 Red Brass C x19 SRM 1112 GildingMetal A x19 SRM C1112 GildingMetal A x31x19 SRM Gilding Metal B x19 SRM C1113 Gilding Metal B x31x19 SRM 1114 Gilding Metal C x19 SRM C1114 Gilding Metal C x31x19 SRM 1115 Commercial Bronze A x19 SRM C1115 Commercial Bronze A x31x19 SRM 1116 Commercial Bronze B x19 SRM C1116 Commercial Bronze B x31x19 SRM 1117 Commercial Bronze C x19 SRM C1117 Commercial Bronze C x31x19 SRM C1122 Beryllium-Copper (0.01) (0.003) 0.16 (0.01) (0.01) (0.004) (0.004) 0.17 (0.005) 31x31x19 SRM C1123 Beryllium-Copper (0.001) 0.04 (0.01) (0.01) (0.002) (0.002) 0.03 (0.009) 31x31x19 SRM 1276a Cupro-Nickel (CDA 715) x19

40 MATERIAUX DE REFERENCE CERTIFIES 36 septembre, 2010 Base Cuivre Laitons / Bronzes Blocs pour Spectrométrie suite Co Cr Se Mg SRM C (0.002) SRM C (0.001) SRM 1276a Bronzes d Aluminium Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P Cr Mg Cd Cu ØxH 31 PN WO rem x32 31 PN WO rem chacun 31 PN WO rem PN WO rem Sérieindivise Bronzes au Bismuth Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P S Cu Se Cd ØxH 31 X BIB1B (0.0034) x18 31 X BIB2A* rem < x18 31 X BIB3B (0.0005) x18 Bronzes au plomb Sn Pb Zn Fe Ni Al P As Sb Ag Co Si Mn Se Bi Cu ØxH 31 X N (0.0045) x18 31 X H x18 31 X E x18 31 X H x15 31 X A x18 IARM76B (0.005) (0.003) x18 IARM87B (0.01) x18 BS 857B (0.001) (0.002) x12 BAM ( ) x30 31 PN WN rem x25 31 PN WN rem chacun 31 PN WN rem PN WN rem Sérieindivise 31 PN WN rem (0.0004) (0.0013) Bronzes au Manganese Sn Pb Zn Fe Ni Al Si Mn As Sb P Cu Alloy ØxH 31 X MNB1C x18 31 X MNB2C x15 31 X MNB3D x15 31 X MNB4E x15 31 X MNB5L x18 31 X MNB6B (28.0) (0.007) x15 BS 675A <0.002 (0.005) CDA675 38x12 Bronzes au silicium Sn Pb Zn Fe Ni Al Si As Mn P Mg Sb Co Cr Bi Cu ØxH 31 X WSB1H x20 31 X WSB2D x20 31 X WSB3C (82.4) 43x20 31 X WSB4L x20 31 X WSB5B (89.5) 43x20 31 X WSB6C (0.008) (0.04) x20 31 X WSB7A (0.002) x20 BS 655A (0.002) 3.14 < (0.004)... < x12 IARM151B (0.002) (0.001)... (0.003) x 31 PN WB rem x28 31 PN WB rem chacun 31 PN WB rem PN WB rem Sérieindivise 31 PN WB rem PN WB rem PN WB rem PN BH rem 40x25 31 PN BH rem chacun 31 PN BH rem 31 PN BH rem Sérieindivise 31 PN BH rem 31 PN BH rem Bronzes au phosphore Sn Pb Zn Fe Ni Al Si As Mn Sb P S Mg Bi Cu Alliage ØxH 32 X PB10K < x18 32 X PB11D x18 32 X PB12C < (0.010) < (92.0) 43x20 32 X PB13B <0.001 < (0.03) < (91.5) 43x20 32 X PB14C < < (90.1) CDA521 43x20 32 X PB20A < (0.0006) x17 32 X PB23A (0.0005) (0.0004) < x17 IARM89B <0.01 < <0.01 < CDA903 31x18 IARM90B <0.01 < < CDA922 31x18 BS 510A <0.002 < <0.002 (0.003) CDA510 38x12 BAM < <0.001 ( ) ( ) (0.0013) x30

41 MATERIAUX DE REFERENCE CERTIFIES 37 septembre, 2010 Base Cuivre Laitons / Bronzes Blocs pour Spectrométrie Bronzes au plomb Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P S Ag Cu Alliage ØxH 32 X LB10C (0.010) (0.002)... (75.0) CDA946D 40x15 32 X LB11B <0.002 (0.003) CDA937B 40x15 32 X LB12C* <0.005 < (0.006) (0.002) (78.3) CDA935B 40x15 32 X LB13B < x15 32 X LB14D (0.01) rem 40x15 32 X LB15B (0.001) <0.002 < < <0.001 (0.012)... (76.5) CDA941C 40x15 *Target values IARM92B <0.01 < < (0.031)... CDA937 31x18 BS 937B <0.003 <0.004 (0.008) < CDA937 41x12 BS <0.002 <0.004 (0.004) (0.001) CDA938 41x12 Bronzes d Aluminium Sn Pb Zn Fe Ni Al Si As Mn P Mg Cr Cu ØxH 32 X ALB 1M < x20 32 X ALB 2H x20 32 X ALB 3Q x20 32 X ALB 4G (77.91) 43x20 32 X ALB 5H (84.2) 43x20 32 X ALB 6H (0.021) (0.004) x20 32 X ALB 7B x20 32 X ALB 8D * bal 42x18 32 X ALB 9A (0.001) x20 Bronzesd aluminium Sn Pb Zn Fe Ni Al Si Mn Mg Cd Cu ØxH CTIFCA x6 CTIFCA CA11valuesareapproximate 60x6 CTIFCA x6 CTIFCA13 (0.01) x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA CA36valuesareapproximate 60x6 CTIF3298-A x6 CTIF3018-F x6 CTIF4149-G x6 CTIF4065-P x6 CTIF3610-Q x6 CTIF2151-R <0.01 <0.005 < x6 CTIF2152-S... <0.005 < x6 CTIF2154-V <0.01 < x6 CTIF2158-W 0.01 < x6 CTIF3297-Y x6 CTIF3301-Z x6 CTIF2504-E x6 CTIF3011-G x6 CTIF2805-X x6 Bronzesd aluminium Sn Pb Zn Fe Ni Al Si As Mn P Cr C Cu Alliage ØxH 32 A <0.001 < x12 32 A < x12 32 A x12 32 A x12 IARM80B (0.004) (0.01) 81.2 CDA630 31x18 IARM93B < (0.002) (0.007) CDA954 31x18 IARM94A < <0.01 (<0.01) 0.16 < (0.014) (80.68) CDA955 31x18 IARM94B (0.003) < (0.006) 80.6 CDA955 31x18 IARM204A (<0.01) CDA954mod 31x18 BS 954A (0.005) (0.005) 83.9 CDA954 38x12 BS 955B < CDA955 38x12 BS 955mod < < (74.9) 40x17 BS 623A (0.006) < (0.002) CDA623 38x12 BS 630A < CDA630 38x12 BS 642A < CDA642 38x12 Bronzesd aluminium Sn Pb Zn Fe Ni Al Si As Mn P Mg Cr Cu ØxH 32 X ALB 1M < x20 32 X ALB 2H x20 32 X ALB 3Q x20 32 X ALB 4G (77.91) 43x20 32 X ALB 5H (84.2) 43x20 32 X ALB 6H (0.021) (0.004) x20 32 X ALB 7B x20 32 X ALB 8D * bal 42x18 32 X ALB 9A (0.001) x20

42 MATERIAUX DE REFERENCE CERTIFIES 38 septembre, 2010 Base Cuivre Bronzes Blocs pour Spectrométrie Bronzesd aluminium Sn Pb Zn Fe Ni Al Si Mn Mg Cd Cu ØxH CTIFCA x6 CTIFCA CA11valuesareapproximate 60x6 CTIFCA x6 CTIFCA13 (0.01) x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA x6 CTIFCA CA36valuesareapproximate 60x6 CTIF3298-A x6 CTIF3018-F x6 CTIF4149-G x6 CTIF4065-P x6 CTIF3610-Q x6 CTIF2151-R <0.01 <0.005 < x6 CTIF2152-S... <0.005 < x6 CTIF2154-V <0.01 < x6 CTIF2158-W 0.01 < x6 CTIF3297-Y x6 CTIF3301-Z x6 CTIF2504-E x6 CTIF3011-G x6 CTIF2805-X x6 Bronzesd aluminium Sn Pb Zn Fe Ni Al Si As Mn P Cr C Cu Alliage ØxH 32 A <0.001 < x12 32 A < x12 32 A x12 32 A x12 IARM80B (0.004) (0.01) 81.2 CDA630 31x18 IARM93B < (0.002) (0.007) CDA954 31x18 IARM94A < <0.01 (<0.01) 0.16 < (0.014) (80.68) CDA955 31x18 IARM94B (0.003) < (0.006) 80.6 CDA955 31x18 IARM204A (<0.01) CDA954mod 31x18 BS 954A (0.005) (0.005) 83.9 CDA954 38x12 BS 955B < CDA955 38x12 BS 955mod < < (74.9) 40x17 BS 623A (0.006) < (0.002) CDA623 38x12 BS 630A < CDA630 38x12 BS 642A < CDA642 38x12 Bronzes au bismuth Sn Pb Zn Fe Ni As P Sb Co Se Bi Cd B Cu ØxH 32 X SEB1B (76.7) 42x18 32 X SEB2C (81.8) 40x15 32 X SEB3C (5.4) (88.4) 42x18 32 X SEB4C (0.006) x18 32 X SEB5B x18 32 X SEB6B * x15 Bronzes Si / Mn Sn Pb Zn Fe Ni Mn Si P Cu ØxH 32 PN BE rem 40x25 32 PN BE rem chacun 32 PN BE rem 32 PN BE rem Sérieindivise 32 PN BE rem Bronzes Sn Pb Zn Fe Ni As Sb P Bi Ag ØxH 32 PN CM x30 32 PN CM chacun 32 PN CM PN CM Sérieindivise 32 PN CM (0.015) Binaires Cu / Sn Sn ØxH 32 X 14953C x15 32 X 14954B x15 32 X 14955B x15 32 X 14956B x15 32 X 14957B x15

43 MATERIAUX DE REFERENCE CERTIFIES 39 septembre, 2010 Base Cuivre Bronzes Blocs pour Spectrométrie Bronzes Sn Pb Zn Fe Ni Al Si As Mn Sb P S Cr Cd Cu Alliage ØxH 32 X SN1D <0.002 < x18 32 X SN2H x18 32 X SN3E (0.002) x18 32 DB (0.013) < < < x30 32 DB < < x30 BS 903B (0.001) CDA903 41x12 BS 905A <0.003 <0.004 (0.001) < CDA905 41x12 BS 922B (0.001) (0.001) 0.01 (0.002) CDA922 41x12 CTIFB x6 CTIFB <0.01 < < x60 CTIFB x6 CTIFB < < x6 CTIFB x6 CTIFB < < x6 CTIFB x6 CTIFB x6 CTIFB (0.25) x6 CTIFB < x6 CTIFB x6 CTIFB (0.004) x6 CTIFB < < x6 CTIFB (0.040) x6 CTIFB x6 CTIFB (0.015) (0.031) (0.047) x6 CTIFB x6 32 PN WL x25 32 PN WL chacun 32 PN WL PN WL Sérieindivise 32 PN WL PN WL PN BL (0.0081) rem 40x27 32 PN BL (0.0063) rem chacun 32 PN BL rem 32 PN BL (0.022) rem Sérieindivise 32 PN BL (0.031) rem Armurerie Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P Cr Ag S Cu Alliage ØxH 33 X GM 4W <0.002 < (0.0019) <0.005 < x15 33 X GM 5J < x15 33 X GM 6H x18 33 X GM 7G (0.04) x15 33 X GM 8E (0.0010) (0.0051) < < x18 33 X GM 24A < (0.0013) x17 33 X GM 29A (0.0005) (0.0004) x19 33 X RB 1A x18 33 X RB 2A x18 BS 836A (0.001) (<0.002) CDA836 41x12 BS 544A < < CDA544 41x12 BS 932E <0.001 < CDA932 38x12 Nickel Argent Sn Pb Zn Fe Ni Si Mn P S Mg Co C Cr Ag As Sb Bi Cu ØxH 34 X NS 1E (0.01) < <0.002 (0.002) x15 34 X NS 2E < x15 34 X NS 3E x15 34 X NS 4D x15 34 X NS 5E x15 34 PN WH rem (0.0055) (0.0046) x25 34 PN WH rem (0.0071) (0.0058) chacun 34 PN WH rem (0.011) (0.0070) PN WH rem (0.017) (0.0075) Série 34 PN WH rem (0.021) (0.0087) indivise WDH GBW (rem) 35x45x 30 GBW (rem) chacun GBW (rem) GBW (rem) Série indivise GBW (rem) Cuivre deoxydé au P P Sn Pb Zn Fe Ni Al Si As Mn Bi Sb Co Ag Te S Se Cu ØxH 35 A C <0.001 < < < <0.001 <0.002 < < < < < x12 35 A C <0.001 <0.001 < < < <0.002 <0.002 < < < < < x12 35 A C <0.001 < <0.001 < < < <0.001 <0.001 < < < < < x12 35 A C <0.001 <0.001 <0.001 < < < <0.002 <0.001 < < < < < x12 35 X CUP8A <0.002 <0.005 <0.002 <0.002 <0.005 (0.003) x15 35 PN CO x25 35 PN CO chacun 35 PN CO Série 35 PN CO indivise

44 MATERIAUX DE REFERENCE CERTIFIES 40 septembre, 2010 Base Cuivre Blocs pour Spectrométrie Cupro-Nickel Sn Pb Fe Ni Co Si Mn Mg S P Bi B C Cr Ti Nb Zn Cu ØxH 36 X CN1M (0.0008) (0.019) x15 36 X CN2H rem 40x15 36 X CN3L x15 36 X CN4J < (72.4) 40x15 36 X CN5N x15 36 X CN6G* x15 36 X CN7E < x15 36 X CN8G (64.0) 40x15 36 X CN9G (0.003) x15 36 X CN10A (0.009) (0.020) x15 *Target values IARM 85B < x18 BAM x30 BAS x12 BS < (0.004) x12 BS 715A (0.007) x12 Al Cd Sb 36 PN NB x25 36 PN NB chacun 36 PN NB PN NB Sérieindivise 36 PN NB Cu / Al Sn Pb Zn Fe Ni Al Si Mn Cu ØxH CTIF2794-H <0.01 < < x6 CTIF3299-J x6 CTIF3296-L x6 CTIF3300-M x6 CTIFCA x6 Cu / Mg Mg P Ag S Al Co Cr ØxH 36 X CMG10A x16 36 X CMG11A (0.0001) < x16 36 X CMG12A x16 Cu/Be/Co Sn Pb Zn Fe Ni Al Si Mn Cr Be Co Ag Cu Alliage ØxH 36 X CBC2E C x17 36 X CBC5A (0.001) C x15 CTIF (0.15) (0.002) x6 CTIF (0.002) (0.002) x6 CTIF4594 (0.002) (0.003) (0.004) (0.10) x6 CTIF (0.1) x6 CTIF x6 CTIF (0.2) x6 CTIF x6 CTIF (0.04) x6 CTIF4873 (0.007) (0.003) (0.003) (0.002) x6 BS172Be (0.002) (0.02) CDA172 38x12 Cu / Cr Sn Fe Ni Si Mn Cr Zr Pb Zn Al S Mg Co Cd Ag Cu ØxH 36 X CCR1C < < < x20 36 X CCZA x17 36 X 274A < x17 Cu / Ag Ag Sn Pb Zn Fe Ni Al Si Mn Zr S P N O Alliage ØxH IARM 159A 3.48 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 (0.0003) (0.0006) NARLOY-A 31x18 IARM 160A 3.03 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 < <0.003 (0.004) (0.0002) (0.003) NARLOY-Z 31x18 Cu / Cd Cd Sn Zn Ag ØxH 36 X CCD 1A 1.01 <0.001 (0.0017) (0.0014) 30x15 36 X CCD 2A (0.0019) (0.0012) 30x15 36 X CCD 3A (0.0018) (0.0011) 30x15 Cu / Mn Sn Pb Zn Fe Mn Ni Si As P Sb Ag ØxH 36 PN CK x30 36 PN CK chacun 36 PN CK PN CK Sérieindivise 36 PN CK PN CK Alliages divers Cuivre Sn Pb Zn Fe Ni Al Si Mn P S C Cr Co Zr Cu ØxH 37 X 218A x17 37 X 226A (0.001) (0.0003) x17 CTIF UN3S x6 37 X HK x11 37 X HK x10

45 MATERIAUX DE REFERENCE CERTIFIES 41 septembre, 2010 Base Cuivre Blocs pour Spectrométrie En ppm Résiduels dans le cuivre pur Pb Zn Fe Ni As Bi Sb Co Ag Cd Te Mn Sn Cr Se S O ØxH 38 X C1A < <1.0 < < < < X C1B < < X 38 X C1C (0.05) < <0.01 (0.21) (0.005) (0.01) <0.005 (0.25) inpacksof 38 X C2A x80mmpcs 38 X C X C PN CF x100enfil 38 PN CF chacun 38 PN CF PN CF Sérieindivise 38 PN CF PN CF (0.4) 0.32 (0.012) (0.06) CAN SSC x300 En ppm Résiduelsdanslecuivrepur Sn Pb Zn Fe Ni As Bi Sb Co Ag Cd Si Mn Al 39 X 17866AD (7) 1.6 <10 39 X 17867AA X 17868AD X 17869AC X 17870AE (20) 200 <10 39 X 17871A (8) (20) <5 BS 110A (10) (10) < FO Cu (9.5) FO Cu FO Cu FO Cu FO Cu FO Cu < < <0.05 < FO Cu172 < < < <0.2 < FO Cu < FO Cu FO Cu FO Cu < <1 <0.2 < FO Cu182 < < <0.01 < BAM < BAM (181.5) En ppm suite Mg S P Cr Au Se Be Te B Zr In Li Ti C Cu ØxH 39 X 17866AD (1) (2) x17 39 X 17867AA (10) (10) x17 39 X 17868AD (50) x17 39 X 17869AC (10) x17 39 X 17870AE (20) <1 160 (3) x17 39 X 17871A (2) 80 <5 (3) (4) < x17 BS 110A x12 39 FO Cu x25 39 FO Cu (6.4) < x25 39 FO Cu x25 39 FO Cu (9) x25 39 FO Cu (10) < x25 39 FO Cu < < x25 39 FO Cu < < < < x25 39 FO Cu < x25 39 FO Cu (80) x25 39 FO Cu x25 39 FO Cu < < x25 39 FO Cu < (0.03)... < x25 BAM < < x25 BAM (400) (4.5) x25

46 MATERIAUX DE REFERENCE CERTIFIES 42 septembre, 2010 Base Cuivre Blocs pour Spectrométrie Résiduels dans le cuivre pur Ag As Bi Cd Cr Fe Mn Ni Pb Sb Si Sn Al Be 39 F 074A (0.10) <0.02 < < F 075A DK <1 <1 39 DK <1 39 DK < <1 <1 39 DK < <1 <1 39 DK < <1 <1 39 DK < < DK <1 39 DK DK DK <5 <5 <5 <5 7 <5 <5 <5 <5 <5 <5 <5 <5 39 DK PN CP PN CP (4) 4, PN CP (8) PN CP (3) PN CP (82) PN CP PN CS (3.0) PN CS (9.38) PN CS (22.2) PN CS (46.48) PN CS (54.8) PN CS <0.2 (0.059) (0.36) PN CS <0.9 (0.019) < suite Co Mg P S Se Zn Zr Te B ØxH 39 F 074A < (0.21)... 40x30 39 F 075A x30 39 DK < < x DK < <1 9 <1 40x DK < <1 2 <1 40x DK < <1 25 <1 40x DK <1 160 <1 40x DK <1 113 <1 40x DK < <1 45 <1 40x DK < <1 40x DK < x DK 3563 <5 <5 <5 8 <5 <5 <5 < x DK <2 40x PN CP < x23 39 PN CP chacun 39 PN CP PN CP Sérieindivise 39 PN CP PN CP6 < < PN CS (1.1) 40x25 39 PN CS (2.83) chacun 39 PN CS (4.19) 39 PN CS (21.73) Sérieindivise 39 PN CS (35.2) 39 PN CS6 (0.19)... (1.47) 5.39 < <0.05 <0.5 40x25 39 PN CS (2.4) 7.02 < <0.05 <0.5 40x25

47 MATERIAUX DE REFERENCE CERTIFIES 44 septembre, 2010 Base Plomb Massifs Plomb/Argent (05/07) Ref Sn Sb Bi Cu As Ag Zn Cd Fe Al In Dimensions 82 X PAg 1.5R E (0.004) x X PAg 2.5R D (0.0024) x X PAg 3.5R D (0.0004) < x X PAg 6.0R A <0.001 < x MF NF32-30X (0.005) 1.96 (0.001) x MF NF32-31X (0.0025) x MF NF32-32X (0.005) x MF NF34-4.5X (0.005) 4.54 (0.001) x MF NF34-5.5X (0.01) 5.43 (0.0025) x MF NF34-6.5X (0.02) 6.65 (0.005) x 12 Plomb avec impuretés (05/07) Ref Sn Sb Bi Cu As Ag Zn Cd Ni Fe Te Al In Ca Na Se Au Dim 83 X PR1G < x X PR2E (0.0004) < (0.001) (0.0011) 40x15 83 X PR3E (0.001) < < (0.003) (0.01) (0.005) 40 x X PR4F (0.002) < x X PR5B < < (0.0001) < < < < < < x14 83 X PR7A (0.001) (0.001) (0.001) (0.01) (0.001) 40 x X PR8A (0.001) (0.002) (0.001) 0.74 < (0.012) (0.011) 40 x MF NF44-A <0.003 < < < x12 83 MF NF44-B < x12 83 MF NF44-C < x MF NF44-D x MF NF44-E x MF NF44-F x X PBTE/2 B <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 < < x 15 Suite Ref Sn Sb Bi Cu As Ag Zn Cd Ni Te Ti Se Dim 83 F 286 A < < < < < x 60 x F 287 A < < < < < x 60 x F 288 A < x 60 x 12 Alliages pour batteries (Pb/Sn/Ca)(05/07) Ref Sn Sb Bi Cu As Ag Zn Cd Te Al Ca Ni Fe Mn Mg Se S 84 X BA1E (0.0004) (0.0004) x X BA2B < < (0.0002) x X BA3B (0.0007) (0.0003) x X BA4B (0.0008) (0.0003) (0.0014) x X BA5A 1.18 < (0.0007) < < (0.0002) < x X BA6A < <0.001 (0.0002) < x X BA7A < < < < x X BA8A (0.0004) < x X BA9A (0.0008) (0.0002) < < x15 84XBACMD (0.0003) (0.0001) < (0.0002) < < < ( ) < < x12 84 X BAHC E < (0.0001) ( ) ( ) < (0.0001) < < < (0.0001) < < x12 84 DB x DB Alliages divers(05/07) Ref Sn Sb Bi Cu As Ag Ni Cd Zn Te Se Fe S 85 X PSn2A < <0.001 <0.001 <0.001 < < x X PSb3B (0.0003) (0.0005) (0.003) 40 x X PSb3C (0.0002) < (0.0007) < (0.0034) 40 x X PSb5A <0.001 <0.001 < <0.001 (0.0070) 52 x X PSb8A <0.001 (0.0002) < <0.001 (0.0011) 52 x X PSb10A < <0.002 <0.001 < x X PSb12A < <0.005 <0.001 < x X ANTH D (0.0030) 40 x X HRH G (0.0008) 55 x X CADH A < x X 0494Pb1A x X 0494Pb2A x X 0494Pb3A (0.05) x X 0616Pb1A (0.0016) < x 15 Alliages Anti-friction (05/07) Ref Sn Sb Bi Cu As Ag Ni Cd Zn Fe Al In Pd Dim 86 X PSS1A <0.001 (0.0005) < < x X PSS2A <0.002 <0.001 < (0.002) (0.001) 40 x X PSS3A <0.001 (0.0016) < (0.003) 40 x X PSS4A (0.006) <0.002 (0.0013) < (0.007) 40 x 15

48 MATERIAUX DE REFERENCE CERTIFIES 45 septembre, 2010 Soudures Massifs Soudures Etain/Plomb Sn Sb Bi Cu As Ag Fe Zn Cd Ni Au In Te Al Pb Dim 91 X S10 PR1B rem 40x15 91 X S10 PR2C rem 40x15 91 X S10 PR3B (0.02) rem 40x15 91 X S10 PC <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.002 < rem 40x15 91 MF NF43-9X (0.0002) (0.0002) (0.0002) (0.0005) rem 37x12 91 MF NF43-10X (0.0003) (0.0001) (0.0003) (0.002) rem 37x12 91 MF NF43-11X (0.010) (0.010) (0.0004) (0.004) rem 37x12 91 MF NF31-33X rem 37x12 91 MF NF31-34X rem 37x12 91 MF NF31-35X rem 37x12 91 X S30 PR1B (0.08) rem 40x15 91 X S30 PR2B rem 40x15 91 X S30 PR3C (0.003) rem 40x15 91 X S30 PC 30.1 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 < rem 40x15 91 X S40 PR1B < rem 40x15 91 X S40 PR2C (0.003) rem 40x15 91 X S40 PR3B rem 40x15 91 X S40 PC 40.3 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 < rem 40x15 91 X S50 PR1B rem 40x15 91 X S50 PR2B rem 40x15 91 X S50 PR3C rem 40x15 91 X S50 PR4A (0.0034) rem 40x15 91 X S50 PD 50.1 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 < rem 40x15 91 X S63 PR0A (0.0026) < < < rem 40x15 91 X S63 PR1F (0.001) rem 40x15 91 X S63 PR2G rem 40x15 91 X S63 PR3F (0.002) (0.0002)... rem 40x15 91 X S63 PR4A < <0.005 < < rem 40x15 91 X S63 PG 62.6 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 <0.001 < rem 40x15 91 MF NF1-60X < < < < < rem 40x15 91 MF NF1-62X <0.001 rem 37x12 91 MF NF1-63X <0.001 rem 37x12 91 MF NF1-64X <0.001 rem 37x12 91 MF NF2-A (0.005) < <0.002 rem 37x12 91 MF NF2-A (0.012) < <0.002 rem 37x12 91 MF NF2-A (0.021) (0.015) <0.002 rem 37x12 91 PN L rem Set40x15 91 PN L (0.011) rem Set40x15 91 PN L (0.023) rem Set40x15 91 PN L (0.0085) rem Set40x15 91 PN L rem Set40x15 Soudures Etain/Plomb/Antimoine (05/07) Sn Sb Bi Cu As Ag Fe Zn Cd Ni In Te Pb 93 X S30 APR1C (0.012) (0.0004) rem 93 X S30 APR2C rem 93 X S30 APR3C rem 93 X S40 APR1A (0.01) rem 93 X S40 APR2A (0.02) rem 93 X S40 APR3A (0.03) rem 93 X S50 APR1A (0.01) rem 93 X S50 APR2A rem 93 X S50 APR3A (0.02) rem Alliages Fusibles (05/07) Sn Sb Bi Cu As Ag Fe Zn Cd Al In Pb TemperatureFusion Dim 95 X 117A x15 95 X 136A x15 95 X 158A x15 95 X 174A x15 95 X 255A x15 95 X BIS40P1A (0.0009) x15 95 X CDS50P1A (0.0022) < x15

49 MATERIAUX DE REFERENCE CERTIFIES 46 septembre, 2010

50 MATERIAUX DE REFERENCE CERTIFIES 47 septembre, 2010 Base Etain Etain, Plomb, Soudures Massifs Etain avec impuretés (05/07) Etainavecimpuretés Sb As Bi Pb Cu Fe Ni Al Cd Zn In Te Ag Au Co S Sn Forme 71 X SR0A < (0.001) < x15 71 X SR1D x15 71 X SR2D x15 71 X SR3E x15 71 A192g < Bloc300g 71 B 1727 (0.004) < (0.002) (0.002) x30x30 71 MF NF (0.0003) (0.002) x12 71 MF NF (0.008) x12 71 MF NF (0.018) (0.018) (0.001) x12 71 MF NF (0.023) x12 71 MF NF (0.016) x12 Etain/Antimoine Etain/Antimoine Sb As Bi Pb Cu Fe Cd Zn Forme 72 X SA4RB x15 72 X SA5RB x15 72 X SA6RB x15 Metaux Blancs EtainBlanc Sb As Bi Pb Cu Fe Ni Al Cd Zn In Ag Co S Forme 73 X SC1A <0.001 < x15 73 X SC2A (0.002) (0.002) < x15 73 X SC3A (0.002) 40x15 73 X SC4A (0.003) 40x15 73 X SC5A (0.001) 40x15 73 X SC6A (0.003) (0.004) 40x15 73 X SC7A (0.003) < x15 73 X SC8A (0.008) (0.0015) (0.011) 40x15 73 X SC9A < (0.003) (0.008) 40x15 73 X SC11A < x15 73 X SC12A < Setde 73 PN LA x25 73 PN LA uniquement 73 PN LA Set 73 PN LA Set 73 PN LA Set Soudures sans plomb Souduresansplomb Cu Ag Pb Sb Bi Zn Ni Fe As Cd Se Au Al Sn 74XEA < rem 40x15 74XHNA (95.6) 40x15 74XTCA (94.6) 40x15 74XAMA rem 40x15 74XHAA rem 40x15 74XHBA rem 40x15 74 X CA1A x15 74 X CA3A < x15 74 MF NF46-3X (0.015) x12 74 MF NF46-4X (0.007) x12 74 MF NF46-5X (0.017) x12

51 MATERIAUX DE REFERENCE CERTIFIES 48 septembre, 2010 Base Zinc Blocs pour Spectrométrie Résiduels dans le zinc pur Pb Mg Al Cd Fe Sn Cu Ni Mn In Tl Bi Sb Ti Alliage ØxH 41 X Z1M < < x20 41 X Z2L (0.0002) (0.0023)... (0.0011) (0.0005) 50x20 41 X Z3K (0.0025) BS x20 41 X Z4K (0.0037) < x20 41 X Z5M x20 41 X Z6A < (0.002) x20 41 PN ZE x25 41 PN ZE chacun 41 PN ZE PN ZE Sérieindivise 41 PN ZE F < < < x20 41 F 322R x30 41 F 323R x30 41 F 324R x30 41 F 325R x30 41 F x20 41 F < x20 41 CM x20 41 CM chacun 41 CM CM Sérieindivise 41 CM BAS 194e <0.001 < Zn gblock Zinc avec impuretés Pb Mg Al Cd Fe Sn Cu Mn Ni Sb Bi In Tl Ag As ØxH 41 X 0336Zn1K x20 41 X 0336Zn2K x20 41 X 0336Zn3J x20 41 X 0336Zn4B (0.018) (0.004) x20 41 X 0336Zn5A 0.91 < (0.0001) (0.0005) (0.001) x20 41 X 0336Zn6A x20 Zinc avecimpuretés Pb Mg Al Cd Fe Sn Cu Mn Ni Ti Cr Ce La Sb Bi Si ØxH 41 X 4380Zn1C (0.001) x20 41 X 4380Zn2B x15 41 X 4380Zn3B (0.05) (0.023) x15 41 X 4380Zn4C (0.0003) (0.002) 50x20 41 X 4380Zn5C < x20 41 X 4380Zn6C < x20 41 X 4380Zn7C (0.0044) x20 41 X 4380Zn8C (0.005) 50x20 WDH 41 B 631 (0.001) (<0.001) < (0.002) 44x44x19 Divers nature Cu Al Mg Fe Pb Cd Sn Ni Mn Cr Si ØxH SRM 625 Zinc-baseA-ASTMAG 40A disk SRM 626 Zinc-baseB-ASTMAG 40A disk SRM 627 Zinc-baseC-ASTMAG 40A disk SRM 628 Zinc-baseD-ASTMAG 41A disk SRM 629 Zinc-baseE-ASTMAG 41A disk SRM 630 Zinc-baseF-ASTMAG 41A disk SRM 631 Zincspelter(mod) (<0.001) (0.001) () (0.002) disk Alliages de fonderie Al Cu Mg Fe Sn Cd Pb ØxH CAN NZA x12 Série CAN NZA x12indivise CAN NZA x12 CAN NZA x12 CAN NZA x12 CAN NZA x12 CAN NZA x12 Zinc Cu Fe Pb Cd Sn ØxH HS x20 HS x20 HS x20 HS x20 HS x20 Alliage de zinc Mg Cu Al Zn Sn Pb Cd ØxH HS margin x35x45 HS margin x35x45 HS margin x35x45 HS margin x35x45 HS margin x35x45

52 MATERIAUX DE REFERENCE CERTIFIES 49 septembre, 2010 Base Zinc Blocs pour Spectrométrie Alliages de galvanisation Pb Al Cd Fe Sn Cu Ni Bi Sb As Cr Mn Co ØxH 41 X GLV1A <0.001 < x20 41 X GLV2A < x20 41 X GLV3A x20 41 X GLV4A (0.0001) < < x20 41 X GLV5A x20 41 X GLV6A x20 41 X GLV7A (0.0001) 50x20 41 X CGLF (0.0015)... <0.001 (0.0005) x20 SRM X13 SRM X13 SRM X13 SRM X13 SRM X13 SRM X13 SRM X13 Binaires Mn Ni Pb Mg Al Cd Fe Cu ØxH 41 X ZMn1A (0.0009) (0.0026) (0.0001) (0.0001) (0.0002) (0.0025) (0.0005) 50x20 Alliages spéciaux Pb Mg Al Cd Fe Sn Cu Ni Mn Ti Cr Alliage ØxH 41 X 2951Zn1A (0.0007) x20 41 X 2951Zn2A (0.0015) ILZRO16 50x20 41 X 2951Zn3A (0.006) x20 Zn/Al Pb Mg Al Cd Fe Sn Cu Ni Mn Cr Si Sb Ce La Alliage ØxH 42 X Z1H < (0.0009) BS1004A 50x20 42 X Z2H ASTM13 50x20 42 X Z3H (0.047) (0.0003) (0.0003) ASTMAG40A 50x20 42 X Z4H (0.0029) x20 42 X Z5J (0.0055) x20 42 X Z6A x20 42 X Z7A GALFAN 50x20 42 X Z8A (0.0023) x20 42 X Z9A (0.0003) (0.004) x20 WDH SRM ASTMAG40A 44x44x19 SRM ASTMAG40A 44x44x19 SRM ASTMAG40A 44x44x19 SRM ASTMAC41A 44x44x19 SRM ASTMAC41A 44x44x19 SRM ASTMAC41A 44x44x19 Zn / Al Pb Mg Al Cd In Sn Cu Ni Tl Alliage ØxH BCR (0.21) <0.2 < (1.9) x20 BCR352 (6.4) x20 BCR Zamak3 80x20 BCR x20 BCR x20 Zn/Al/Cu Pb Mg Al Cd Fe Sn Cu Ni Mn Si Cr Ti Sb Bi Alliage ØxH 43 X Z1J (0.0007) (0.0037) BS1004B 50x20 43 X Z2K ASTM11 50x20 43 X Z3L (0.0030) ASTMAG41A 50x20 43 X Z4B (0.0024) (0.064) (0.0023) (0.0065) ZL2 50x20 43 X Z5A ACuZinc5 50x20 43 X Z6A x20 43 X Z11E x20 43 X Z12D (0.008) (0.002) ASTMB669 50x20 43 X Z13D (0.0048) ZA8 50x20 43 X Z14D ZA12 50x20 43 X Z15C (0.011) x20 43 X Z21C ASTMB669 50x20 43 X Z22C (0.36) ZA27 50x20 43 X Z23C (0.24) (0.002) x20 CANNZA x12 CANNZA x12 CANNZA x12 CANNZA x12 CANNZA (0.016) x12 CANNZA (0.0105) x12 CANNZA (0.016) x12 Zn / Al / Cu Pb(ppm) Mg (ppm) Al % Cd(ppm) Fe(ppm) Sn (ppm) Cu% Ni(ppm) In(ppm) Tl(ppm) Alliage ØxH BCR (0.32) < x20 BCR x20 BCR Zamak5 80x20 BCR x20 BCR x20 BCR (0.8) < x20

53 MATERIAUX DE REFERENCE CERTIFIES 50 septembre, 2010 Base Zinc Blocs pour Spectrométrie Note: la série ci dessous a quelques segrégations en Sb, elle doit être utilisée avec précautions Zinc fortement allié Al Sb Mg Cu Pb Cd Bi Sn Fe Zn Ni Ag ØxH 44 X Z1A rem x15 44 X Z2A rem x15 44 X Z3A rem x15 44 X Z4A rem x15 44 X Z5A < rem x15 44 X ZnCd30A rem x15 Zn / Al Galvalume Zn Si Fe Cu Sn Pb Mg Ti Ca Li Al ØxH 45 X ZnAl1A (0.018) (0.0022) (72.6) 60x6 45 X ZnAl2A (0.009) (0.0034) (60.9) 60x6 45 X ZnAl3A (0.006) (0.0006) (53.0) 60x6 45 X ZnAl4A < (0.0023) (0.0002) (44.5) 60x6 45 X ZnAl5A (0.0024) (0.009) (0.005) (57.0) 60x6 FOURS DE LABORATOIRES Cette gamme de fours comprend 35 modèles standards avec des températures de travail jusqu à 1850 C. Les modèles jusqu à 1600 C sont à poser sur paillasse et sont équipés d une paroi maillée pour la protection des utilisateurs, les autres modèles sont à poser sur le sol.

54 MATERIAUX DE REFERENCE CERTIFIES 51 septembre, 2010 Base Aluminium Blocs pour Spectrométrie Haute pureté Ag As B Ba Be Bi Ca Cd Ce Co Cr Cu Fe Ga Hg In La 51 S HP1000 < <0.05 <0.01 <0.01 < < < < < S HP2000 <1... <1 <1 4.4 (<1) 2.6 <1... < < S HP <1 8.1 < < < S HP4000 <1... <1 < < <1... < < S HP < < (1.0) ZA 113/ <1 5 1 < < < ZA 114/ < ZA 115/ <1 <1 15 < ZA 116/ < < ZA 117/ ZA 122/ (53) (8) 152 (10) suite Li Mg Mn Na Ni P Pb Sb Si Sn Sr Ti V Zn Zr ØxH 51 S HP1000 < <0.5 <0.1 < < <0.1 < < x25 51 S HP2000 < <2 <1 <2 5.4 <1 < x25 51 S HP <1 <1 <1 < <1 <1 <2 <1 58x25 51 S HP4000 < <2 <1 <2 36 <1 < x25 51 S HP5000 <1 <2 <1 0.9 < <1 <1 <5 <1 58x25 51 ZA 113/03 <0.5 4 <1 <1 < < x25 51 ZA 114/02 < < x25 51 ZA 115/ < < x25 51 ZA 116/ < < x25 51 ZA 117/01 (2) (7) x25 51 ZA 122/04 (8) (47) < x25 Résiduels dans l aluminium Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Ga V Zr Be Autres ØxH 51 X G00H1D Bi x15or50x20 51 X G00H2D x15 51 X G00H3C 0.29 < < < x15 51 X G00H4A X G00H5A S NDC < < < < S NDC S NDC ZA 133/ ZA 135/ ZA 136/ ZA 141/ < ZA 142/ (0.010) ZA 143/ ZA 144/ ZA 145/ BAM BAM (0.002) suite Ca Co Bi Ba Li Na Sr B Cd Sb Ag ØxH 51 X G00H4A < x15 51 X G00H5A x15 51 S NDC4 < < < < < < x25 51 S NDC x25 51 S NDC x25 51 ZA 133/ < < x25 51 ZA 135/ x25 51 ZA 136/ < < x25 51 ZA 141/ x25 51 ZA 142/ x25 51 ZA 143/04 < (0.0003) x25 51 ZA 144/ x25 51 ZA 145/ x25 BAM (0.0009) (0.0003)... (0.0006) x25 BAM x25

55 MATERIAUX DE REFERENCE CERTIFIES 52 septembre, 2010 Base Aluminium Blocs pour Spectrométrie Al / Si Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Be Autres Alliage ØxH 54 X G25D1L (0.0033) < Bi x15or50x20 54 X G25D2K (0.006) Co,Bi, Cd LM8 40x15or50x20 54 X G25D3R Ga0.016 LM16 40x15or50x20 54 X G25D4M (0.0022) Co,Bi, Cd LM18 40x15or50x20 54 X G25D5L (0.0011) (0.0046) (0.0025) Co LM25 40x15or50x20 54 X G06H1R Co,Bi, Cd 40x15or50x20 54 X G06H2S Co x15or50x20 54 X G06H3N Co, Ga,Cd LM6 40x15or50x20 54 X G06H4Q (0.007) Co0.207 LM9 40x15or50x20 54 X G06H5L (0.0022) (0.0020) Co< LM20 40x15or50x20 54 X G13H1N Co x15or50x20 54 X G13H2M Co x15or50x20 54 X G13H3M Co0.009 LM13 40x15or50x20 54 X G13H4N Zr,Sb,Sr 40x15or50x20 54 X G13H5K < x15 54 X G231H1C (0.0002) 40x15or50x20 54 X G231H2B x15 54 X G231H3B < x15 54 X G231H4B A413 40x15 54 X GS20J1E ( ) 40x15or50x20 54 X GS20J2E < x15or50x20 54 X GS20J3D (0.003) (0.012) < x15or50x20 54 X GS20J4D (0.0037) (0.0021) x15or50x20 Ga 54 ZA 411/ ZA 414/ voirsuite 54 ZA 415/ suite Ca Na Sr Zr Sb P Co Bi ØxH 54 ZA 411/ x25 54 ZA 414/ x25 54 ZA 415/ (0.007) x25 Al / Si / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Li Co V Autres Alliage ØxH 55 X G900J1E < x15or50x20 55 X G900J2F Bi0.55 HE9 40x15or50x20 55 X G900J3F HE20 40x15or50x20 55 X G900J4F (0.010) Bi0.285 HE30 40x15or50x20 55 X G900J5E x15or50x20 55 X G04H6E Bi,Cd 40x15or50x20 55 X G04H7E Bi,Sb,Cd 40x15or50x20 55 X G04H8H Cd LM4 40x15or50x20 55 X G04H9D Cd LM21 40x15or50x20 55 X G04H10D (0.0074) < Bi,Ga LM22 40x15or50x20 55 ML SS < Sr x25 55 ML SS Sr,Bi 64x25 55 ML SS < Sr x25 55 ML SS < Sr,P 64x25 55 ML SS Sr< x25 Valeursexactessurlecertificat:Toutescesvaleurssontdesvaleurstypiquespourcettesériel 55 X G26H1F (0.008) Bi x15or50x20 55 X G26H2F Bi x15or50x20 55 X G26H3F Ga0.011 LM26 40x15or50x20 55 X G26H4D Bi x15or50x20 55 X G26H5D (0.005) (0.005) x15 55 X G02D6J < Ca0.006 LM2 40x15or50x20 55 X G02D7K < Be,Bi 40x15or50x20 55 X G02D8H < Be LM24 40x15or50x20 55 X G02D9H (0.008) Be,Ga 40x15or50x20 55 X G02D10K 4.68 (0.006) (0.0034) 0.87 (0.0020) Be,Bi 40x15or50x20 55 X A30J1H Be,Bi 40x15or50x20 55 X A30J2K Be LM30 40x14or50x18 55 X A30J3J Be,Bi 40x15or50x20 55 X A30J4G P(0.003) 40x14or50x18 Al / Si / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Co V Autres Alliage ØxH 55 X G28J1Z P(0.0048) 40x15or50x20 55 X G28J2S Be LM28 40x15or50x20 55 X G28J3U LM29 40x15or50x20 55 X G28J4S B(0.005) 40x15or50x20 55 X G28J4T x15or50x20 55 X G28J5Y x15 55 X G28J6A (0.035) (0.032) (0.26) (0.12) <0.01 (0.052) (0.008) <0.002 (0.024) (0.006) Sr(0.038),Ca(0.007) 65x30 Al / Si / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Zr Ga Ca P ØxH 55 ZA 471/ x25 55 ZA 472/ x25 55 ZA 473/ x25 55 ZA 475/ x25 55 DB x25 55 DB x25

56 MATERIAUX DE REFERENCE CERTIFIES 53 septembre, 2010 Base Aluminium Blocs pour Spectrométrie Al / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Co Zr Sb Autres Alliage ØxH 56 X G14H2C x15 56 X G14H4B x15 56 X G14H5C x15 56 X G250J1C (0.003) (0.003) V x15or50x20 56 X G250J2D (0.0016) (0.004) V x15or50x20 56 X G250J3C 4.90 (0.001) V,Be 40x15or50x20 56 X G250J4B 7.0(6) < < BSL119 40x 56 X G250J5D V,Be 40x15or50x20 56 X G250J6C < < x15 56 X G250J7A <0.01 < < x15 56 ML SS <0.005 < Bi< x15 56 ML KA < Bi x15 56 ML KB < Bi x15 Al / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Zr Bi V Ag Alliage ØxH 56 X G2000J1C x15or50x20 56 X G2000J2B x15 56 X G2000J3C x15or50x20 56 X G2000J4C x15or50x20 56 X G2000J5C < x15or50x20 56 AUE x30 56 AUE chacun 56 AUE AUE Sérieindivise 56 AUE AUE ML SS < x25 56 ML WA < x25 56 ML WB < x25 Al / Cu / Si Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Co V Autres Alliage ØxH 57 X G12H1C Zr,Be,Cd,Li 40x15or50x20 57 X G12H2B x15 57 X G12H3B LM12 40x15 57 X G12H4B x15 57 X G12H5G Zr,Be,Ga,Cd 40x15or50x20 Al / Zn Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Zr Co Be Autres Alliage ØxH 58 X G40H6B (0.003) <0.002 < (0.004) (0.002) Cd x15or50x20 58 X G40H7B Sb,Cd 40x15or50x20 58 X G40H8B (0.004) LM31 40x15or50x20 58 X G40H9B x15 58 X G40H10B x15 Al/Zn/Mg/Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Zr Cd Autres Alliage ØxH 59 X G77J1F V,Co,Mo,Bi,As 40x15or50x20 59 X G77J2E V x15or50x20 59 X G77J3E V0.006,Bi0.046 RR77 40x15or50x20 59 X G77J4E V x15or50x20 59 X G77J5D (0.003) < Ga x15or50x20 59 X G77J6A (0.005) x25 59 ML SS Ga,V 64x25 59 ML SS Ga,V x25 59 ML SS < Ga,V 64x25 59 ML SS <0.003 < <0.001 Ga,V 64x25 BAM Be x25 Al / Mg Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Be Li Autres Alliage ØH 511XG05H1H (0.0002)... V,Cd 40x15or50x20 511XG05H2G Cd,Ga 40x15or50x20 511XG05H3H LM5 40x15or50x20 511XG05H4F x15or50x20 511XG05H5E (0.002) (0.004) <0.005 < x15 511XG10H4B < B0.004 LM10 40x15 511XG10H5A <0.01 <0.01 < x15 511XG3000B1C < Ga0.048,V x15or50x20 511XG3000B2B Co, Ga 40x15or50x20 511XG3000B3B Co, Ga x15or50x20 511XG3000B4B x15 511XG3000B5B < x15 5 L SS < < < <0.001 V,Bi, Ga,Cd 64x25 511ML WA < V,Bi, Ga,Cd x25 511ML WB V, Bi,Ga,Cd 64x25 Note: toutescesvaleurspourcettesériesontdesvaleurstypiques.lesteneursexactessontsurle certificat 511AUE x30 511AUE chacun 511AUE AUE Sérieindivise 511AUE Al/Zn/Si Cu Mg Si Fe Mn Ni Zn Ti Cr Sr ØH 512ZA 871/ x25 512ZA 872/ x25 512ZA 873/ x25

57 MATERIAUX DE REFERENCE CERTIFIES 54 septembre, 2010 Base Aluminium Blocs pour Spectrométrie Al / Mn Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Zr ØH 514X9091.1C (0.001) (0.0026) < x15or50x20 514X9091.2C x15 514X9091.3D < x15or50x20 514AUE x30 514AUE chacun 514AUE AUE Sérieindivise 514AUE AUE Al / Sr binaire Sr Sr Sr ØxH 515XAlSr1A XAlSr4A XAlSr7A x20 515XAlSr2A XAlSr5A XAlSr9A x20 Al / Fe Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Sb V Zr Ga B ØxH 516ZA 155/ x25 516ZA 156/ x25 516ZA 157/ x25 516ZA 158/ x25 516ZA 161/ x25 Al/ Zn Anodes Cu Si Fe Zn Pb Ti Cd In Ga Hg ØxH 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 517GO LF x4 Métallurgiedespoudres Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Co V Zr Ca Mo ØxH 518X x25 518X < < x40

58 MATERIAUX DE REFERENCE CERTIFIES 55 septembre, 2010 Base Magnésium Blocs pour Spectrométrie Résiduels dans le Mg pur Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be Cd Ce La P Na ØH 61XMgP1A** < <0.001 <0.002 <0.002 < < < <0.001 < x20 61XMgP2A** (0.0007) < x20 61XMgP3A** (0.0014) < x20 61XMgP4A** (0.0044) < x20 Echantillonsmarqués**nonutilisablesendéchargeluminescente 61 NH R < < x13 61 NH R x13 61 NH R x13 61 NH R x13 61 NH R x13 61 NH R x13 61 NH RMGH x13 61 NH RMGL x13 61 NH RMGL-93 < x13 61 NH RTC < x13 61 NH RT x13 Mg / Mn Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be Cd ØH 63 X MgE1C** (0.0013) (0.002) < x20 63 X MgE2A < (5) x15 63 X MgE3B < x15or50x20 Echantillonsmarqués**nonutilisablesendéchargeluminescente 63 NH K x13 63 NH M12-X x13 63 CA SMD3A X5 Mg / Al Al Zn Mn Cu Si Fe Ni Ca Sn Pb Be Cd P Na ØH 64 NH STD x13 64 NH AM x13 64 NH AM x13 64 NH AM60-T < < x13 64 NH A60-Y x13 64 NH A60-T x13 Mg/Al/Zn Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be Cd Autres ØxH 65 NH A8-H x13 65 NH A8-H x13 65 NH A8-L x13 65 NH A8-L < x13 65 NH A91-T x13 65 NH A91-L x13 65 NH AZ61-H x13 65 NH AZ61-L x13 65 NH AZ61-T x13 65 NH AZ61-X x13 65 NH AZ61-Y x13 65 NH AZ P x13 65 NH AZ63-X x13 65 NH A31-L x13 65 NH A31-T x13 65 NH A31-X x13 65 NH A31-Y x13 65 NH A41-X x13 65 NH K x13 65 NH K x13 65 NH K x13 65 NH K x13 65 NH K x13 65 NH APE P x13 65 NH LT x13 65 NH LT x13

59 MATERIAUX DE REFERENCE CERTIFIES 56 septembre, 2010 Base Magnésium Blocs pour Spectrométrie Mg/Al/Zn Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be Cd Ce La Sr Ti ØH 65 X MgA1H** (0.01) x20 65 X MgA1J** (0.0015) x20 65 X MgA2G** (0.002) (0.01) x20 65 X MgA3H** (0.001) < < x20 65 X MgA4H** x20 65 X MgA5A x15or50x20 65 X MgA7A (0.0008) <0.002 <0.002 < x17 Echantillonsmarqués**nonutilisablesendéchargeluminescente 65 X MgB1C** (0.001) x20 65 X MgB1D** (0.003) x20 65 X MgB2B < (7) x15 65 X MgB3B** < (0.004) (0.0024) x20 65 X MgB4C* < < <0.002 < x15 * Valeurstypiques Echantillonsmarqués**non utilisablesen déchargeluminescente 65 CA C (0.02) X5 Mg / Zn Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be Ce La Sr ØxH 66 X MgD2A < < x15 66 X MgD3B** (0.07) x20 66 X MgD4B < < x15 Echantillonsmarqués**nonutilisablesendéchargeluminescente 66 X MgC1B < <0.005 (0.0014) < < x15 66 X MgC2D < (0.0008) < x15 66 X MgC3B (0.003) (0.001) < x15 66 X MgC4C < < x15or50x20 Mg / Terres rares Al Zn Mn Zr Ce La Nd Pr R.E. Cu Si Fe Ni Sn Pb Ag ØxH 67 X MgF1B (0.05) < (0.0003) <0.002 <0.001 < x15 67 X MgF2B <0.002 (0.001) < < x15 67 X MgF3B < (0.001) < < < x15 67 X MgF4B (0.0014) < <0.001 <0.001 < x15 67 X MgF5B < <0.001 < < x15 67 NH AEL x13 67 NH AEH x13 67 CA C (5.0) x5 67 CA C (4.7) x5 67 CA C (3.0) x5 67 CA C (4.8) x5 67 CA C (6.0) x5 67 CA E (3.6) x5 Mg / Ag / Terres rares Al Zn Mn Zr R.E. Ce La Nd Pr Th Cu Si Fe Ni Ca Sn Pb Ag ØxH 68 X MgH1B < (0.014) <0.005 <0.002 (0.0006)... <0.002 < x15 68 X MgH2B < (0.013) <0.002 (0.0006) (0.0006)... <0.005 (0.0021) x15 68 X MgH3 < < < x15 68 X MgH6A <0.01 (1.0) (5) <0.002 < x15 Lesterresrarescidessussontintroduitesentantqueneodymericheen terresrares,les valeursindividuellesnesontpasdonnées 68 X MgL < <0.005 <0.001 < <0.005 < x15 68 X MgL < < < <0.005 < x15 68 X MgL < <0.001 < x15 Lesterresrarescidessussontintroduitesentantqueneodymericheen terresrares,les valeursindividuellesnesontpasdonnées Mg / Y/ terres rares Al Zn Mn Zr Cu Fe Ni Pb Li Y Ce La Nd Pr 69 X MgY1A (0.0019) (0.0015) (0.0005) X MgY2A* X MgY3A* suite Eu Sm Gd Tb Dy Ho Er Tm Yb Lu Alliage ØH 69 X MgY1A (0.004) (0.013) WE43 40x17 69 X MgY2A (0.001) (0.004) x17 69 X MgY3A (0.002) (0.003) x17

60 MATERIAUX DE REFERENCE CERTIFIES 57 septembre, 2010 Base Titane / Cobalt / Zirconium Blocs pour Spectrométrie Alliage divers de Titane Al Mo Si Sn Zr Fe V Nb ØxH Alliage Al Mo Sn Fe Mn Cu V ØxH 101P Allthis 101P x8 101P Series 01P x8 101P are 01P x8 101P < CastDiscs 32x8 101P offorme 01P x8 101P x8 01P x8 101P P x8 101P P x8 AlliagediversdeTitane Al Mo Si Sn Zr Mn Cu V Fe Nb Cr W Ni C N O H ØxH BS T-2a < (0.001) < < (0.007) (0.0044) (0.12) (0.0020) 32x12 BS T-4a < (0.001) (0.001) < (0.37) (0.0027) 32x12 BST-5a < < (0.0025) 32x12 BS T (0.001) (0.012) x12 BS T < < (0.01) x12 BS T < (0.01) (0.52) (0.007) x12 BS T (0.02) < (0.01) x12 BS T < (0.002) (0.007) x12 BS T (0.01) (0.001) (0.007) x12 BS T (0.01) (0.005) x12 IARM 174A <0.01 <0.01 <0.01 <0.01 <0.01 < < x18 BCR x20 BCR 090A (0.074) (0.071) (0.0436) (0.057) (0.0492) (0.050) Co x20 TitaneAlliagesDivers Nature C Mn Cr Mo Cu ØxH SRM 641 8Mn(A) 6.68 disk SRM 642 8Mn (B) 9.08 disk SRM 643 8Mn (C) disk SRM 654b AlV (0.025) (0.013) disk SRM 1128 V-Al-Cr-Sn () 2.96 (0.006) () disk Suite Fe Al V Sn Si N Zr Ni SRM 654b SRM (0.01) HautetemperatureL605 C Mn P S Si Cu Ni Cr V Fe W Co N Al Ta Nb B SRM (<0.01) (<0.01) (<0.005) (<0.0001) Co / Cr / W C Si Mn Ni Cr W Nb Ta Fe Cu Pb Sn Mo Al S N Autres ØxH 111X12667L (0.013) x15 111X12669J x15 111X12670M (0.005) (0.003) (0.027) P(0.012) 40x15 111X12671J x15 111X12672J x15 111X12673A (0.005) (0.003) < P x15 Co / Cr / Mo C Si Mn Ni Cr W Mo Fe Al Cu Nb Zr P S B N Autres ØxH 112X14936N x15 112X14937Q (0.015) Sn x20 112X14941M x15 112X14942M x15 112X14943E (0.09) < (0.063) (0.0034) Pb(0.0067) 43x20 112X14944A < < < (0.0004) x19 112MT 074A < (0.93) (<0.001) x14 Co / Cr / Ni / W C Si Mn Ni Cr W Fe B S P ØxH 113XX401G x15 113XX402H x15 113XX403G x15 113XX404D x15 113XX405E x15 Alliagede cobalt divers C Si Mn Ni Cr W Mo Nb Cu Fe Ti Mg S P N Autres Alliage ØxH BS 171B < x12 BS 172A < (0.011) La x12 BS (0.002) (0.008) (0.003) x12 CTIF E378-1(D) (0.0023)... Co x20 IARM64B (0.0004) Ultimet x18 IARM95B (0.002) (0.0004) Stellite6B 31x18 IARM95C (0.008) (0.0004) Stellite6B 31x18 IARM96B (0.0005) Stellite25 31x18 IARM96C (0.0002) Stellite25 31x18 IARM96D (0.004) Stellite25 31x18 IARM97C Stellite188 31x18 IARM208C Stellite21-F75 31x18 119XCOB1E < (0.001) Al x20 119XCOB2A x15 119X81601A x15 119XST3H B x20 Alliages de Zirconium Sn Ni Cr Cu Fe Mo ØxH 121PZr Suitableforusewith 32x8 121PZr XRFspectrometers 32x8 121PZr only. 32x8

61 MATERIAUX DE REFERENCE CERTIFIES 58 septembre, 2010 Métaux Nobles Blocs pour Spectrométrie Or haute pureté Au Ag Cu Zn Pb Sb Bi Se Pt Pd Rh Fe Mn Co Cr As 131SI RAuHP (5) <1 <2 <2 <2 <1 2 2 <1 <2 <2 131Sl RAuHP Sl RAuHP3 99.9(7) CertifiedvalueswillbesuppliedforAgandallimpuritiespresent-the abovevaluesareonly examplesof typicalimpuritylevels.impuritiesmaybepresentand,wherepossibe,willbereporte Or raffiné Ag Cu Zn Pb Sb Bi Se Pt Pd Rh Fe Mn Co Cr Ti 131SI RAuP Si RAuP SI RAuP SI RAuP SI RAuP SI RAuP SI RAuP Theimpurityconcentrationswillbecertifiedandwill fall within20%of the specifiedvalues.productscan be preparedtocustpmers ownspecifications Au/Ag/Cu joaillerie Au Ag Cu 131SI RAuA SI RAuA SI RAuA SI RAuA SI RAuA SI RAuA SI RAuA Argent haute pureté Ag Au Cu Zn Pb Sb Bi Cd Pt Pd Rh Fe Mn Co Cr Ti 133SI RAgHP (5) SI RAgHP CertifiedvalueswillbesuppliedforAgandallimpuritiespresent-the abovevaluesareonly examplesof typicalimpuritylevels.otherimpuritiesmaybepresentand,wherepossibe,willbereporte Argent raffiné Au Rh Pd Pt Te Sn Pb Sb Bi Zn Cu Fe Ni 133SI RAgP SI RAgP SI RAgP SI RAgP SI RAgP SI RAgP SI RAgP Theimpurityconcentrationswillbecertifiedandwill fall within20%of the specifiedvalues.productscan be preparedtpcostomers ownspecifications Alliages Ag/Cu Ag Cu 133SI RAgA SI RAgA SI RAgA SI RAgA SI RAgA Alliages de Joaillerie Au Ag Cu 135SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA SI RTA Métaux Précieux Pt Pd Pt Pd Platine traces Palladium: traces Traceimpuritiespresentintherange1to50ug/gwillbegiven.

62 MATERIAUX DE REFERENCE CERTIFIES 59 septembre, 2010 Alliages Binaires Blocs pour Spectrométrie Fer binaire C Si S P Mn Ni Cr Mo Al ØxH 151XFC1A Cr < x15 151XFC2A < x15 151XFM1A Mn <0.005 < x15 151XFM2A <0.005 < x15 151XFM3A <0.005 < x15 151XFN1A Ni < x15 151XFS1B S x15 Ferbinaire Element % ØxH 151X14930D Al Aluminium x15 151X14931D Al Aluminium x15 151US57 Ce Cerium x27 151US58 Ce Cerium x27 151US59 Ce Cerium x27 151US601 Ce Cerium x27 151US602 Ce Cerium x27 151US603 Ce Cerium x27 151US604 Ce Cerium x27 151X13765G Cr Chromium x15 151X13593G Cr Chromium x15 151X13584D Co Cobalt x15 151X13603E Co Cobalt x15 151X13601D Co Cobalt x15 151X13602D Co Cobalt x15 151X13764C Co Cobalt x15 151X13600D Co Cobalt x15 151X13668E Cu Copper x15 151X14045E Mn Manganese x15 151X14046D Mn Manganese x15 151X13937G Mn Manganese x15 151X13599G Mn Manganese x15 151X13595E Mn Manganese x15 151X13757G Mo Molybdenum x15 151X13754G Mo Molybdenum x15 Ferbinaire Element % ØxH 151X13672E Ni Nickel x15 151X13763F Ni Nickel x15 151X13673F Ni Nickel x15 151X13589J Ni Nickel x15 151X13767E Nb Niobium x15 151X13664E Nb Niobium x15 151X13604E Si Silicon x15 151X13607E Si Silicon x15 151X13605E Si Silicon x15 151X13606F Si Silicon x15 151X13759E Ti Titanium x15 151X13762E Ti Titanium x15 151X13674D W Tungsten x15 151X13669D W Tungsten x15 151X13670D W Tungsten x15 151X13699D W Tungsten x15 151A421 W Tungsten x19 151A422 W Tungsten x19 151A423 W Tungsten x19 151A424 W Tungsten x19 151X13700D V Vanadium x15 151X13703D V Vanadium x15

63 MATERIAUX DE REFERENCE CERTIFIES 60 septembre, 2010 Repères de calibration Blocs pour Spectrométrie Fontes C Si S P Mn Ni Cr Mo Cu Sn Al Ti V WDH BAS-SUS1/ x35x18 BAS-SUS2/ < x35x18 BAS-SUS3/ < <0.005 < x35x18 BAS-SUS4/ < x35x18 BAS-SUS5/ x35x18 BAS-SUS6/ < x35x18 BAS-SUS7/ < x35x18 S.U.S RG x40 S.U.S RG x40 S.U.S RG x40 S.U.S RN x40 IARM 215A x38 IARM 216A x38 BS SU CCA x17 BS SU CCB x17 Aciers C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb W BAS-SUSA/ <0.005 < <0.005 < < <0.005 <0.005 BAS-SUSB/ < BAS-SUSC/ BAS-SUSD/ BAS-SUSE/ < < BAS-SUSF/ < <0.005 < BAS-SUSF/ < <0.001 <0.005 < BAS-SUSG/ <0.01 <0.005 < BAS-SUSG/ < BAS-SUSH/ BS SU CP1A <0.002 <0.001 (0.001) S.U.S RE12 30ppm 30ppm <20ppm <50ppm <100ppm <100ppm <100ppm <50ppm <100ppm 20ppm 10ppm <50ppm 20ppm <100ppm S.U.S RE13 <0.005 <0.01 <0.005 < < <0.005 <0.001 < <0.001 S.U.S RH < < < S.U.S RH <0.01 < S.U.S RH < S.U.S RH < < S.U.S RH <0.002 < S.U.S RN <0.01 < < <0.001 S.U.S RN S.U.S RN <0.01 < < <0.01 S.U.S RN < S.U.S RN S.U.S RN suite As Ti V Zr B Ca Pb N Ta Bi Sb Te Autres ØxH BAS-SUSA/10... <0.001 < x25/75/150 BAS-SUSB/ <0.001 < x25/75/150 BAS-SUSC/ < x25/75/150 BAS-SUSD/ < x25/75/150 BAS-SUSE/ < Ce x25/75/150 BAS-SUSF/ < x25/75/150 BAS-SUSF/ < x25/75/150 BAS-SUSG/5... < < < < x25/75/150 BAS-SUSG/ < < x25/75/150 BAS-SUSH/ < x25/75/150 BS SU CP1A < < <0.002 < (0.0002) < (0.002)... < Fe x51x30 S.U.S RE12 <10ppm 3ppm <10ppm <10ppm <1ppm <1ppm <20ppm x40 S.U.S RE13 <0.003 <0.001 <0.001 <0.001 < < < x40 S.U.S RH12 <0.005 < < x40 S.U.S RH x40 S.U.S RH x40 S.U.S RH31 < < x40 S.U.S RH < La x40 S.U.S RN < x40 S.U.S RN < x40 S.U.S RN < < x40 S.U.S RN x40 S.U.S RN x40 S.U.S RN (0.03) 0.08 (0.03) 40x40 Aciers C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb W IARM217A IARM218A < IARM219A IARM194A* IARM195A* IARM196A* Aciers C Si S P Mn Ni Cr Mo Cu Co Al Nb As Ti Pb Ta ØxH 162JH STD x20Série 162JH STE x20indivise 162JH STF x20 162JH STG x18indivise 162JH STH x18 162JH STI 35x18

64 MATERIAUX DE REFERENCE CERTIFIES 61 septembre, 2010 Repères (pions) de calibration Blocs pour Spectrométrie Aciers C Si S P Mn Ni Cr Mo Cu Co Sn Al V N O Autres ØxH BS 01C < x150 BS 02E <0.002 (0.007) (0.004) 38-44x150 BS 03D < x150 BS 04D x150 BS 05E x150 BS 06J (0.008) (0.002) 38-44x150 BS 10B W x150 BS SULF x40 BS SULF x40 BS SU x40 BS SU x40 BS SU Ca x40 BS SU x40 BS SUP Ca x40 BS SU x40 S.U.S RFeC voirsuite S.U.S RFeD BS SS BS SS voirsuite BS SS BS SU BS SU 316L BS SU voirsuite BS SU XFESUS voirsuite suite As B Nb Pb Ti W Zr Ca Sb Ta Bi Te Zn ØxH S.U.S RFeC x40 S.U.S RFeD (0.01) (0.02) (0.005)... 40x40 BS SS (0.014) (0.002) x44x13 BS SS chacun BS SS * * <0.002 (0.0004) (0.0003) Sérieindivise *Segregationof theseelementsis evidentin thissample BS SU x40 BS SU 316L x40 BS SU x40 BS SU x40 162XFESUS x20 Pur Aluminium Si Fe Cu Mn Mg Cr Zn Ti B Be Na Li Ca Ni 164XALSUS1 <2 <2 <2 <0.3 <2 <0.4 <0.7 <0.5 <0.2 <0.1 <0.5 <0.1 <1 <0.5 S.U.S RA10 ~30 ~5 ~2 <1 <1 <1 <3 <1 <2 <1 <0.01 <0.02 <0.1 <2 IARM220B < < <1 <1 <1 <1 <1 <1 VAS AL4N VE0 <0.8 <0.5 <0.4 <0.2 <0.6 <0.3 <0.5 <0.5 <0.4 <0.1 <0.2 <0.1 <0.4 < VE1 5 <3 <4 <0.5 <3 <0.5 <2 <1 <2 <2 <1 <0.1 <1 < VE10 <10 <5 <4 <1 <3 <1 <3 <1 <2 <0.2 <1 <0.2 <1 <1 Suite Pb Sn Zr Bi Ag Ba In Co V Ga Sb Sr Cd Autres ØxH 164XALSUS1 <0.5 <0.5 <0.3 <1 <0.5 <0.2 <1 <0.1 <1 <0.2 < otherchacunat<1ppm 60x75 S.U.S RA10 <3 <3 <1 <3 < <1 <2 <1 <3 <0.3 <1 50x50 IARM220B <1 <2 <1 <5 <1 <2... <2 <1 <1 < QA10 57x40 VAS AL4N x35 164VE0 <0.1 <0.2 <0.3 <0.2 <0.1 <0.1 <0.1 <0.1 <0.3 <0.1 <0.2 <0.2 <0.2 60x40 164VE1 <0.5 <0.2 <0.5 <0.5 <0.1 <0.1 <0.1 <0.1 <0.2 <0.2 <1... <0.2 60x40/75 164VE10 <2 <3 <1 <3 < <1 <0.5 < <1 60x40/75 Aluminium Si Fe Cu Mn Mg Cr Zn Ti B Be Na Li Ca Ni 164VE VE VE VE VE VE VP VP S.U.S RA < S.U.S RA S.U.S RA S.U.S RA S.U.S RA < < < S.U.S RA IARM221A IARM222A IARM223A VAS AMS VAS ASC XALSUS <0.005 < XALSUS XALSUS7A <0.001 <0.001 < XALSUS8A <0.001 <0.001 < XALSUS *

65 MATERIAUX DE REFERENCE CERTIFIES 62 septembre, 2010 Repères (pions) de calibration Blocs pour Spectrométrie suite Pb Sn Zr Bi Sr Cd Sb Co Ga V Ag Ba In P ØxH 164VE x25/40/75 164VE x25/40/75 164VE x25/40/75 164VE x25/40/75 164VE x25/40/75 164VP < x40 164VP x40 S.U.S RA < ~ x40 S.U.S RA <0.002 ~ (0.01) x40 S.U.S RA (0.06)... (0.01)... 50x40 S.U.S RA <0.002 ~ (0.01) x40 S.U.S RA <0.001 < ~ (0.01) > x40 S.U.S RA < < x40 IARM221A QA11 62x40 IARM222A QA12 62x40 IARM223A QA15 62x40 VAS AMS x35 VAS ASC x35 164XALSUS <0.005 < < x25 164XALSUS x20 164XALSUS7A < x20 164XALSUS8A < x20 164XALSUS < x30 Cuivre pur Sn Pb Zn Fe Ni Al Si As Mn Bi Sb Mg P S 165XCUSUS S.U.S RC S.U.S RC Suite Cr Ag Be Cd Co Se Te Au Zr C O N Cu ØxH 165XCUSUS <0.01 < <0.05 <0.05 <0.01 (0.5) (370) (6) x45 S.U.S RC ~ x40 S.U.S RC x40 Cuivre Sn Pb Zn Fe Ni Al Si As Mn Bi Sb Mg P S Cu Autres ØxH S.U.S RC rem S.U.S RC rem S.U.S RC < <0.02 <0.01 <0.02 <0.01 <0.02 <0.01 < <0.01 rem S.U.S RC S.U.S RC33 < < <0.001 < rem S.U.S RC <0.005 < < < rem S.U.S RC38 < < <0.001 rem S.U.S RC40 <0.01 < < <0.01 < rem 165XCC102 <0.005 <0.005 < < <0.01 <0.01 <0.01 <0.01 <0.01 <0.01 < XCA < < <0.005 < XMNB5SUS < <0.001 <0.001 < x20 165XPB10SUS < < < x20 165XALB1SUS < Cr x20 165XWSB4SUS Cr x20 165XGM4SUS Ag x15 CTIF EA < x18 suite Cr Ag Be C Cd Co Se Te Ti Zr O Au ØxH S.U.S RC x40 S.U.S RC x40 S.U.S RC32 < <0.001 < x40 S.U.S RC33 < < < <0.001 < x40 S.U.S RC36 <0.005 <0.01 < <0.001 < <0.001 < x40 S.U.S RC38 < x40 S.U.S RC40 < x40 S.U.S RC < x40 165XCC < < x45 165XCA104 < x45 Magnésium Mn Cu Si Fe Ni Al Zn Pb Sn Zr Cd Na Be Ag Sr Ca ØH 166XMGSUS < < x50 166XMGSUS x50 S.U.S RMg11 < x40 S.U.S RMg x40 S.U.S RMg < < x40 Nickel C Si S P Mn Cu Fe Cr Mo Co Ti Al W S.U.S RNi10 <8ppm <10ppm <2ppm <1ppm <5ppm ppm... <4ppm... S.U.S RNi <0.01 < <0.02 <0.06 < < <0.02 <0.03 S.U.S RNi <0.01 < < S.U.S RNi13 <0.01 <0.02 <0.01 < < S.U.S RNi <0.01 < < <,0.1 S.U.S RNi <0.01 < Suite Nb V B Zn Pb Ag As Mg Ta Zr ØxH S.U.S RNi ppm 0.8ppm 0.3ppm <0.5ppm x40 S.U.S RNi11 <0.01 <0.03 < < x40 S.U.S RNi12 <0.01 < < x40 S.U.S RNi < < < x40 S.U.S RNi < x40 S.U.S RNi < x40

66 MATERIAUX DE REFERENCE CERTIFIES 63 septembre, 2010 Repères (pions) de calibration Blocs pour Spectrométrie Plomb Sn Sb Bi Cu As Ag Zn Cd Ni Te Fe Tl Se S In Ca Au ØxH 168XPBSUS x40 168XPBSUS x40 168XPBSUS x 168XPBSUS x S.U.S RPb11 <3ppm <3ppm 53ppm <1ppm <2ppm 7ppm <5ppm <3ppm <2ppm... <10ppm <3ppm x40 S.U.S RPb (0.01) (0.005)... < x40 S.U.S RPb < <0.001 (0.01) < (0.005) 0.01 < x40 S.U.S RPb x40 S.U.S RPb voirsuite S.U.S RPb voirsuite S.U.S RPb voirsuite Suite Cr Co K Ge Ba Rh Mn Al Pt Na Mg Pd Ru ØxH S.U.S RPb x40 S.U.S RPb x40 S.U.S RPb x40 Pb et métaux précieux Au Pt Pd Rh Ru Ir Ag Fe Bi Te As Sb Tl S ØxH 168XPBSUSPM <1 44x40 S.U.S RPbPM x40 Zinc Pb Mg Al Cd Fe Sn Cu Ni Mn Ti Cr Ag In Tl Sb Si Bi ØxH 169XZnSUS x20 S.U.S RZn11 ~8ppm <1ppm <1ppm <1ppm ~5ppm <1ppm ~3ppm 1ppm <1ppm <1ppm x40 S.U.S RZn12 70ppm 40ppm 40ppm 80ppm 70ppm 70ppm 70ppm 40ppm 10ppm 60ppm... 70ppm 80ppm 80ppm 20ppm x40 S.U.S RZn < <0.01 < x40 S.U.S RZn < <0.001 <0.01 <0.01 < x40 S.U.S RZn x40 S.U.S RZn x40 Titane Al V Fe Pd C Mo Zr Sn B Co Cr Cu Mg Mn ØxH S.U.S RTi ~ ~ x40 S.U.S RTi ~ ~ x40 S.U.S RTi x40 S.U.S RTi14 (6) x40 BS TSU < BS TSU BS TSU < Suite N Nb Ni O P Ru S Si Ta W Y ØxH BS TSU x7 BS TSU ForX-rayuseonly chacun BS TSU Sérieindivise Etain Ag Sb As Bi Pb Cu Zn Cd Fe In Tl Al Ni Co Au Pt Pd ØxH 1611XSnSUS x XSnSUS x25 S.U.SRSn10 <1ppm <10ppm <10ppm <5ppm <10ppm <5ppm <1ppm <1ppm <5ppm <5ppm <5ppm <5ppm <5ppm x40 S.U.S RSn11... <0.003 <0.002 <0.001 <0.002 <0.003 < < x40 S.U.S RSn < <0.001 <0.001 < x40 S.U.S RSn13 < < <0.01 < x40 Cobalt C Si Mn Ni Cr W Mo Nb Fe Al B S P 1612XCoSUS S.U.S RCo < < <0.005 < < <0.003 S.U.S RCo < <0.005 <0.005 suite Ti Ta Zr Cu V Sn Pb ØxH 1612XCOSUS x20 S.U.S RCo11 < <0.003 < x20 S.U.S RCo14 < x40 Aciers / Fontes C Si S P Mn Ni Cr Mo Cu Co Sn Al Nb W As S.U.S CFe < ppm <2ppm S.U.S CFe S.U.S CFe S.U.S CFe S.U.S CFe S.U.S CFe < S.U.S CFe < S.U.S CFe S.U.S CFe suite Ti V Zr B Ca Pb N Te Sb ØxH S.U.S CFe <2ppm < < < x30/50 S.U.S CFe x30/50 S.U.S CFe x30/50 S.U.S CFe x30/50 S.U.S CFe x30/50 S.U.S CFe < x30/50 S.U.S CFe < x30/50 S.U.S CFe < x30/50 S.U.S CFe x30/50

67 MATERIAUX DE REFERENCE CERTIFIES 64 septembre, 2010 Repères (pions) de calibration Blocs pour Spectrométrie Aluminium Si Fe Cu Mn Mg Cr Zn Ti B Na Ca Ni S.U.S CAl < S.U.S CAl S.U.S CAl < S.U.S CAl suite Pb Sn Sb Ga P ØxH S.U.S CAl2 <0.005 <0.003 < x30/50 S.U.S CAl x30/50 S.U.S CAl4 < x30/50 S.U.S CAl x30/50 Cuivre Ag Au As Bi Cd Cr Co Fe Mn Ni Pb S Sb Se Sn Te Zn ØxH S.U.S CCu x30/50 S.U.S CCu x30/50 Magnésium Mg Al Si Fe Cu Mn Zn Ni Pb Sn Zr Cd Na ØxH S.U.S CMg x30/50 Zinc Pb Mg Al Cd Fe Sn Cu ØxH 1690XZnChk x XZnChk2 2.0 < x20 S.U.S CZn x30/50 S.U.S CZn x30/50

68 MATERIAUX DE REFERENCE CERTIFIES 65 septembre, 2010 Copeaux pour Analyses Base Fer Fontes Copeaux Fontes pour analyseurs CS C S Forme GBW 01111c g GBW 01112c g GBW 01113c g GBW 01114b g GBW 01115c g GBW 01116b g GBW g GBW g GBW g Fontes SRM pour le controle des méthodes analytiques Fontes diverses Nature C tot C graph Mn P Sgravi Scomb Si Cu Ni Cr Mo V SRM 4L SRM 5m SRM 6g SRM 7g HautP SRM 82b Ni-Cr SRM 107c Ni-Cr-Mo SRM 115a Cu-Ni-Cr SRM 122i SRM 334 Grise SRM 338 Blanche SRM 341 Ductile SRM 342a Nodulaire SRM 890 HC250+V SRM 891 Ni-HardTI SRM 892 Ni-HerdTIV Suite Mo Co Ti As Sn Al(t) N Mg Forme SRM 4L (0.03) (0.03) (0.004) (0.004) (0.0016= 150g SRM 5m g SRM 6g g SRM 7g g SRM 82b g SRM 107c g SRM 115a g SRM 122i g SRM g SRM g SRM g SRM 342a g SRM (0.03) (0.008) (<0.01) (0.089) 150g SRM (0.01) (0.004) (<0.01) (0.008) (0.012) 150g SRM (0.02) (0.006) (0.02) (0.009= (0.019) 150g Fontes C S P Si Mn Ti Cu Forme GBW 01101b g GBW 01102b g GBW 01103b g GBW 01104b g GBW 01105b g GBW 01106b g GBW 01107b g GBW 01108b g GBW 01109b gt GBW 01110b g Fontes Haut Chrome Nature C Si Mn P S Cr Ni Mo Ti V Forme GBW HighChromiumcast iron g GBW HighChromiumcast iron g GBW HighChromiumcast iron g Fontes truitées C Si Mn P S Cu Co Ni V Ti Cr Mo Al(s) Pb Sn As Sb Forme GBW g GBW g

69 MATERIAUX DE REFERENCE CERTIFIES 66 septembre, 2010 Base Fer Fontes Copeaux Divers Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Co N Forme HC HighPureIron g HC 11001a HighPureIron g HC CastIron g HC 11003a CastIron g HC 11003b CastIron g HC CastIron g HC CastIron g HC CastIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PureIron g HC HighChromium CastIron g HC HighChromiumCastIron g HC HighChromiumCastIron g Fontes Alliées Nature C Si Mn P S Cr Ni Cu V Ti Mo Forme HC HighChromium CastIron (0.0031) g HC HighChromium CastIron (0.0090) g HC HighChromium CastIron (0.0020) g HC HighChromium CastIron g HC HighChromium CastIron g HC HighChromium CastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC Ironpowder g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g Divers Nature C Si Mn P S Cr Ni Cu Als V Ti Mo Co Pb Sn As Sb Bi Forme HC PigIron g HC PigIron g HC PigIron g HC PigIron HC PigIron HC PigIron ( ) 100g HC PigIron ( ) 100g HC PigIron g HC PigIron g Divers Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Co Forme HC PureIron (<0.0001) (<0.0001) (0.0001) (0.0001) 15g HC PureIron g HC PureIron (0.0005) g HC PureIron g HC PureIron g HC PureIron g HC PureIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PureIron HC PureIron HC PureIron HC PureIron HC PureIron HC PureIron (0.0017) g HC PureIron g HC PureIron g DiversSuite Nature Ca Mg Cd Zn As Sb Bi Sn Pb HC PureIron (0.0020) ( ) (0.0001) (0.0001) (0.0001) (0.0001) (0.0001) (0.0001) (0.0001) HC PureIron(DT4)

70 MATERIAUX DE REFERENCE CERTIFIES 67 septembre, 2010 Base Fer Fontes Copeaux Fontes Nature C Si Mn P S Cr Ni Cu Ti Mo Sn As Sb Pb Bi Forme HC PigIron g HC PigIron g HC 16003b PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron < < g HC PigIron < < g HC 16001b PigIron g HC 16002b PigIron g HC 16004b PigIron g HC 16005b PigIron g HC PigIron g HC PigIron HC PigIron HC PigIron HC PigIron HC PigIron HC PigIron HC PigIron HC PigIron Fonte Nature C Si Mn P S Forme HC CastIron g HC CastIron g Fontes V Ti Nature C Si Mn P S Cr Ni Cu V Ti Mo Co Ga Mg RE Forme HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC NodularCastIron g HC NodularCastIron g HC VTiREspheruliticIron g HC VTiREspheruliticIron g HC VTiREspheruliticIron g HC VTiREspheruliticIron g HC VTiREspheruliticIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g HC VTiPigIron g Fontes Nature C Si Mn P S Cr Ni Cu V Ti Mo Co Sn As Sb Pb Forme HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g

71 MATERIAUX DE REFERENCE CERTIFIES 68 septembre, 2010 Base Fer Fontes Copeaux Divers Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Sn As Sb Pb Mg RE Co Forme HC CastIron g HC HighPhosphorusCastIron (Co) 150g HC HighPhosphorusCastIron g HC HighPhosphorusCastIron g HC HighPhosphorusCastIron g HC HighPhosphorusCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC AlloyCastIron g HC RareEarthCastIron (Co) 150g HC RareEarthCastIron (Co) 150g HC RareEarthCastIron g HC RareEarthCastIron g HC RE-mgSpheruliticIron g HC CastIron HC RareEarthCastIron g HC PigIron g HC PigIron g HC PigIron HC PigIron HC PigIron HC PigIron Fontes Nature C Si Mn P S Cu Forme HC CastIron g HC CastIron g HC CastIron g Fontes Haut Cr Nature C Si Mn P S Cr Ni Cu Mo Forme HC HighChromiumcastIron g HC HighChromiumcastIron g HC HighChromiumcastIron g Fontes RE-Mg Nature C Si Mn P S Cr Ni Cu Mo Mg Re Bi Forme HC RE-MgSpheruliticIron HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC CastIron g HC CastIron g HC CastIron g HC WroughtIron g HC WroughtIron g HC HighChromiumcastIron g HC HighChromiumcastIron g HC HighChromiumcastIron g HC ManganeseSpheruliticIron HC ManganeseSpheruliticIron g HC ManganeseSpheruliticIron g HC ManganeseSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC RE-MgSpheruliticIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g HC PigIron g

72 MATERIAUX DE REFERENCE CERTIFIES 69 septembre, 2010 Fontes RE-Mg Nature C Si Mn P S Cr Ni Cu Mo Mg Re Bi Forme HC PigIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g

73 MATERIAUX DE REFERENCE CERTIFIES 70 septembre, 2010 Base Fer Fontes Copeaux Fontes au Bore Nature C Si Mn P S B Forme HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC BoronCastIron g HC BoronCastIron g HC BoronCastIron g HC BoronCastIron g Fontes diverses Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Sn As Sb Pb Ali Forme HC PureIron g HC DT g HC CastIron g HC CastIron g HC CastIron (<0.0001) 150g HC CastIron g HC CastIron g HC CastIron g HC CastIron g

74 MATERIAUX DE REFERENCE CERTIFIES 71 septembre, 2010 Fontes diverses Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Sn As Sb Pb Ali Forme HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC CastIron g HC PureIron g Fontes C(t) C(graph) Si S P Mn Ni Cr Cu Ti Mg Mo V Autres Alliage Forme IPT37B g IPT g IPT (0.004)... 80g IPT75A White 100g CTIFFB (1.44) (0.02) (0.42) g CTIFFB White 100g CTIFFB White 100g CTIFFB White 100g CTIFFB (0.935) (0.068) (0.39)... (0.10) g CTIFFG Grey 100g CTIFFG Grey 100g CTIFFA g CTIFFA g BAME (0.0014) As g BAME As0.0145,N g BAME (0.0113) 100g BAME Al g BAME Al g BAS-BCS206/3 (2.44) (2.37) (0.04) As HighSi&P 100g BAS-BCS236/3 (2.53) (1.96) (0.21)... (0.07) As Hamatite 100g BAS-BCSE As,Al Nodular 100g BAS-BCSE g BAS-BCSE Sn HighDuty 100g BAS-BCSE Whiteheart 100g BAS-BCSE Sn Foundry 100g BAS-BCSE (0.51) N White 100g CTIFIE N White 100g CTIFIE Co,As 100g CTIFIE N,Sn White 100g BS CE (0.001) 0.03 Ce,Al,As RareEarth 150g BS CE (0.001) Ce,Al,As RareEarth 150g BS CE (0.0005) Ce,Al,As RareEarth 150g C11S N g Fontes C Si S P Mn Ni Cr Mo Cu Ti V Sn As Pb Sb N Forme GBW g GBW g BAS-BCSU < g BAS-BCSU < g C11S g Fer pur C Si S P Mn Ni Cr Mo Cu Co N V Sn As B Autres Forme IPT68 71 (20) g IPT g BAS-BCSE088-2(C) (25) (10) Ca, 100g BAS-BCSE097-1(C) <20 < < <10 < B,Zn 100g

75 MATERIAUX DE REFERENCE CERTIFIES 72 septembre, 2010 Base Fer Fontes Copeaux Ferpur en ppm C S P Mn Cr Ni Cu Al Si Mo Ca Mg Ti N Forme GBW01401a g GBW01402d 12 8 (1) (1)... 15g Avec chrome C Si S P Mn Ni Cr Cu Mo V W Co Sn Pb Forme C11X152940S g Fontes ductiles C Si Mn P S Cu Cr Ni Mo Co RE Mg V Ti Forme GBW01119a g BS CE voirsuite suite Ce Al As La Te Forme BS CE < g

76 MATERIAUX DE REFERENCE CERTIFIES 73 septembre, 2010 Base Fer Aciers Copeaux Aciers faiblement alliés Nature C Mn P S gravi Scomb Cu Si Forme SRM 30f CrV (SAE 6150) g SRM 32e NiCr (SAE3140) g SRM 33e NiMo(SAE 4820) g SRM 36b CrMo g SRM 72g AISI g SRM 100b Manganese (SAE 340) g SRM 106b CrMoAl (Nitralloy G) g SRM 125b High Silicon g SRM 129c High SulfurSAE112) g SRM 131e High Silicon g SRM 139b CrNiMo (AISI 8640) g SRM 155 CrW g SRM 163 Cr (100 g) g SRM 179 High Silicon g SRM 291 CrMo (ASTMA213) g SRM 293 CrNiMo (AISI 8620) g SRM 2171 NiCrCuMo (HSLA 100) g suite Ni Cr V Mo Sn Al(t) N Ca W Nb SRM 30f SRM 32e (0.011) SRM 33e (0.001) (0.002) SRM 36b SRM 72g (0.041) (0.008) ( SRM 100b SRM 106b SRM 125b SRM 129c SRM 139b SRM W SRM SRM SRM SRM SRM Nb Nature C Mn P Si S Forme SRM 8j 0.11C g SRM 11h 0.2C g SRM 12h 0.4C g SRM 13g 0.6C g SRM 14g AISI g SRM 15h 0.1C g SRM 16f 1.1C g SRM 19h 0.2C g SRM 20g AISI g SRM 152a 0.5C(Tin bearing) g SRM C g SRM 337a 1.1C(Carbon & Sulfur)(300 g) g SRM 368 AISI g suite Cu Ni Cr V Mo Co Ti Sn Al(t) N SRM 8j SRM 11h SRM 12h (0.038) SRM 13g SRM 14g SRM 15h SRM 16f SRM 19h SRM 20g SRM 152a SRM

77 MATERIAUX DE REFERENCE CERTIFIES 74 septembre, 2010 Base Fer Aciers Copeaux Aciers au carbone C Si S P Mn Ni Cr Mo Cu Al Nb As N Autres Alliage Forme IPT11A AISI g IPT13A AISI g IPT14A (0.009) AISI g IPT AISI g IPT41B Pb0.220 AISI12L14 100g IPT AISI g IPT AISI g IPT B AISI10B40 100g IPT B0.0022,Ti0.034 AISI15B13 100g IPT V0.117 Cr/Ni/Mo/V 100g IPT Co0.006,Ti0.004 AISI g BAME g BAME g BAME (0.040) (0.088) g BAME035-2(C) g BAME (0.058) (0.091) (0.015) V(0.019) 100g BAME g BAME (0.021) (0.016) (0.003) (0.029) g BAME g BAME Pb0.149,Te g BAME (0.013) g BAS-CRM159/ (0.12) (0.16) (0.02) (0.15) g BAS-CRM161/ (0.13) (0.11) (0.026) (0.12) (0.01) g BAS-CRM163/ (0.1) (0.16) (0.012) (0.09) g BAS-CRM232/ (0.11) (0.025) 1.18 (0.14) (0.05)... (0.15) g BAS-CRM237/ (0.17) (0.031) (0.024) 0.45 (0.039) (0.028) <0.005 (0.06) g BAS-CRM238/ (0.034) (0.019) (0.61) (0.21) (0.1) g BAS-CRM (0.05) (0.1) (0.88) (0.14) (0.17) (0.02) (0.21) g BAS-CRME057-2(C) (0.003) Al g BAS-CRME064-1(C) Ti g BAS-CRME084-1(C) Sn 100g BAS-CRME085-1(C) Co,Pb,V,Sb,Zn 100g BAS-CRME086-1(C) Sn, 100g BAS-CRME Co,Sn,Sb 100g BAS-CRME090-1(C) V 100g BAS-CRME g BAS-CRM431/ (0.004) g BAS-CRM432/ (0.002) g BAS-CRM433/ (0.004) g BAS-CRM434/ (0.014) g BAS-CRM435/ (0.018) Co 100g IRSIDE g IRSIDE Al,Co 100g BS CE Co 150g JSS (0.015) (0.0037) 150g JSS g JSS g JSS g JSS (0.002) g JSS (0.0037) 150g Aciers doux C Si S P Mn Ni Cr Mo Cu Co Sn Al W Ti V As Forme C12X3490A g C12X3500A g C12X3520B g BAS-CRM451/ g. BAS-CRM452/ g. BAS-CRM453/ g. BAS-CRM454/ g. BAS-CRM455/ g. BAS-CRM456/ g BAS-CRM457/ g BAS-CRM458/ g BAS-CRM459/ g BAS-CRM460/ g Aciersdoux C Si S P Mn Co Al Nb W B Sb Zr Forme C12X3530A (0.0004) g C12X3540A g C12X3550A < < g C12X3560A g C12X3570A < <0.005 < g

78 MATERIAUX DE REFERENCE CERTIFIES 75 septembre, 2010 Base Fer Aciers Copeaux Aciers faiblement alliés C Si S P Mn Ni Cr Mo Cu Co Nb Al V N Autres Alliage Forme IPT12A AISI g IPT16A AISI g IPT17A AISI g IPT AISI g IPT29A Ni/Cr/Mo 100g IPT AISI g IPT AISI g IPT Cr/Mo/Al 100g IPT g IPT (0.0048) g IPT Ti,B 100g IPT W 100g BAS-CRM219/ Sn 100g BAS-CRM222/1 (0.31) (0.22) (0.009) (0.020) (0.62) 3.54 (0.05) (0.029) (0.14) (0.038) g BAS-CRM225/ (0.17) (0.02) (<0.01) (0.012) 100g Faiblementalliés C Si S P Mn Ni Cr Mo Cu Co Sn Al V N Nb Zr Forme C12XLA10A < < g C12XLA20A g C12XLA20B < g C12XLA30A g C12XLA40A g C12XLA50A g C12XLA60A < <0.01 < g C12XLA70A g C12XLA80A g C12XLA90A g VAS CH < (0.003) (0.01) < g VAS CH g VAS CH g VAS CH g VAS CH g VAS CH g VAS CH (0.01) (0.01) g NILAB 100LA g IRSIDE (0.65) (0.016) (0.60) (0.01) (0.07) g IRSIDE (0.25) (0.02) (0.41) (0.17) (0.17) g IRSIDE (0.28) 1.54 (0.17)... (0.06) (0.02) g IRSIDE190-1(C) g BAME179-2(C) (0.0006) (0.0153) g BAME g BAME (0.015) g BAME g BAME g BAME g BAME187-1(C) g BAME192-1(C) (0.003)... (0.003) g BAME193-1(C) (0.0019) g BAME194-1(C) g Faiblementalliés C Si Mn Ni Cr Mo Ti As Sn Ca Al V Co B Zr Nb Sb Forme JSS g JSS g JSS g JSS g JSS g JSS g JSS g JSS g Faiblementalliés C Si S P Mn Ni Cr Cu V Al Forme BAS-CRM401/ g BAS-CRM402/ g BAS-CRM403/ g BAS-CRM404/ g BAS-CRM405/ g BAS-CRM406/ g BAS-CRM407/ g BAS-CRM408/ g BAS-CRM409/ g BAS-CRM410/ g

79 MATERIAUX DE REFERENCE CERTIFIES 76 septembre, 2010 Base Fer Aciers Copeaux Aciers faiblement alliés C Si S P Mn Ni Cr Cu V Ti Al(s) Al(t) B(s) B(t) Forme GBW g GBW g GBW g GBW g GBW g GBW g Aciers traités au calcium C Si S P Mn Ni Cr Cu Al V Ti N Mo Co Sn Ca Forme BSCSN-2C (0.006) (0.006) (0.006) g BAS-CRME096-2(C) g Aciers de construction peu alliés C Si S P Mn Ni Cr Mo V Sn As Pb Sb Bi Cu N Forme GBW g GBW g GBW g GBW g GBW g BAS-CRME195-1(C) (0.002) g BAS-CRME276-2(C) g

80 MATERIAUX DE REFERENCE CERTIFIES 77 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Aciersnon alliés Nature C Si Mn P S Cr Ni Cu Al V Ti Alt Tit Forme HC Carbonsteel,10# g HC 11101a Carbonsteel,10# g HC Mn g HC 11102a 60Mn g HC Carbonsteel g HC Carbonsteel,25# g HC 11110a Carbonsteel,25# g HC 11110b Carbonsteel,25# g HC EasycuttingSteel g HC 11111a EasycuttingSteel g HC 11111b EasycuttingSteel g HC Carbonsteel,20# g HC WeldingRod Steel g HC Carbonsteel,45# g HC 11114a Carbonsteel,45# g HC 11114b Carbonsteel,45# g HC Carbonsteel,15# g HC Mn g HC Carbonsteel g HC Carbonsteel g HC Mn g HC Carbonsteel,35# g HC MnSi g HC MnSi g HC Carbonsteel Als Tis g HC Carbonsteel Als Tis g HC Carbonsteel Als Tis g HC Carbonsteel Als Tis g HC Carbonsteel Als Tis g HC Carbonsteel Als Tis g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g Aciersau carbone Nature C Si Mn P S Cr Ni Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g Aciersau carbone Nature C Si Mn P S Cr Ni Cu Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g

81 MATERIAUX DE REFERENCE CERTIFIES 78 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Aciersau carbone Nature C Si Mn P S Cr Ni Cu As Forme HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel,30# g HC Carbonsteel,40# g HC Carbonsteel,25# g HC Carbonsteel,15# g HC Carbonsteel,60# g HC Carbonsteel,50# g HC Carbonsteel,20# g HC Carbonsteel,45# g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g HC Carbonsteel g Aciersau carbone Nature C Si Mn P S Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g Aciersau carbone Nature C Si Mn P S Cr Ni Cu Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC MnSi g HC Q235Steel g Aciersau carbone Nature C Si Mn P S Cr Ni Cu Al Ti Co Forme HC CarbonSteel g HC CarbonstructureSteel g Aciersau carbone Nature C Si Mn P S Cr Ni Cu Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC MnSi g Au carbone Nature C Si Mn P S Cr Ni Cu Al W Mo Sn Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC MnSi g Au carbone Nature C Si Mn P S Cr Ni Cu Al V Ti Mo N Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC Mn g Au carbone Nature C Si Mn P S Cr Ni Cu W Mo Forme HC CarbonSteel g Au carbone Nature C Si Mn P S Cr Ni Cu Forme HC Mn g HC CarbonSteel g

82 MATERIAUX DE REFERENCE CERTIFIES 79 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Peu Alliés Nature C Si Mn P S Cr Ni Cu Al V W Mo Co Forme HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC Cr g Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb N Forme HC Cr18Mn10Ni5Mo g HC 11301a Cr18Mn10Ni5Mo g HC 11301b Cr18Mn10Ni5Mo g HC Cr3Si g HC Cr20Al5Co g HC Cr24AlSi g HC Cr18Ni20Mo2Cu2Nb g HC 11305a Cr18Ni20Mo2Cu2Nb g HC Cr18MigCu3Ti g HC Cr13Ni5Mng g HC 11307a Cr13Ni5Mng HC Cr13Al g HC Cr17Al4Si g HC Cr25Al g HC Cr20Ni11Mn g HC Cr18Ni14Mo3Ti g HC Cr g HC Cr18NigTi g HC 11314a 1Cr18NigTi g HC HighManganeseSteel g HC 11315a HighManganeseSteel g HC HighManganeseSteel g HC Cr18Ni11Nb g HC Cr g HC CrgSi g HC Cr24Ni7SiN g HC Cr7Al g HC 11321a Cr7Al g Hautmanganèse Nature C Si Mn P S Forme HC HighManganeseSteel g HC HighManganeseSteel g Au Chrome Nature C Si Mn P S Cr Ni Cu Al Ti Mo Forme HC Cr17Ni14Mo g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr18NigTi g HC Cr23Ni g Peu alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo B Bi Forme HC Cr5MoSiV g HC LowAlloySteel (0.0028) g HC LowAlloySteel (0.004) g HC LowAlloySteel (0.0026) g HC LowAlloySteel (0.0039) g HC LowAlloySteel (0.0048) g HC LowAlloySteel (0.0030) g HC LowAlloySteel (0.0030) g HC LowAlloySteel g HC LowAlloySteel (0.0039) g HC LowAlloySteel (0.0028) g HC LowAlloySteel (0.0038) g HC LowAlloySteel (0.0026) g HC LowAlloySteel (0.0017) 0.42 (0.0002) 100g HC LowAlloySteel (0.003) 0.35 (0.0005) 100g HC ML15MnVB g HC BearingSteel g

83 MATERIAUX DE REFERENCE CERTIFIES 80 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux CrMoV Nature C Si Mn P S Cr Ni Cu V Ti W Mo B Forme HC SiMnMoV g HC SiMn2MoV g HC SiMn2WV g HC SiMn2WV g HC MnMoTiB g HC MnWB g HC SiMn3Mo g HC Mn2MoV g HC CrMoV g HC SiMnV g HC Cr2Mo2V g HC Mn2MoTi g HC MnVB (0.0002) 150g SiMnB Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Nb Zr B RE Alt Bt Forme HC SiMnB g HC SiMnB g HC SiMnB g HC SiMnB g HC SiMnB g HC SiMnB g HC SiMn2WV g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC CrMnTi g HC CrNi g HC CrMnMo g HC CrMoV g HC Mn2MoW g HC SiMn2VW g HC MnTiB g HC CrWMn g HC CrWSi g HC CrSi g HC LowAlloySteel g Peu Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti Mo Nb B Sn As Pb Alt Zn Forme HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC CrMo g HC ZG35CrMo g HC Cr g HC Si2Mn g HC CrMnTi g HC CrMo g Peu Alliés Nature C Si Mn P S Cr Ni Cu V Mo Co B Forme HC Cr g HC Cr g HC Mn2V g HC AxleSteel HC V HC CrMoA g HC MnMoVB (0.0014) 100g HC CrMnTi g

84 MATERIAUX DE REFERENCE CERTIFIES 81 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Au silicium Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Forme HC Cr g HC Cr g HC Cr g HC Mn g HC CrMnMo g HC H08Mn2Si g HC CrMnMoV g HC SiMn g HC SiliconSteel g HC SiliconSteel g HC SiliconSteel g HC SiliconSteel g HC CrMnMoVA g HC MnCrNiCu g HC CrNiMoA g CrSiMn Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo B Sn As Sb N Ce Forme HC GCr (0.0005) g HC GCr15SiMn g HC GCr (0.0004) g HC GCr (0.019) g HC GCr g HC GCr15SiMn g HC Si2Mn g HC Si2Mn g HC Si2Mn g HC Si2Mn g HC Si2Mn g HC H08Mo2SiA g HC Cr5MoSiV g HC CrMoA g HC MoVAITiRE < g HC CrMnV+Mo g HC CrMnV+Mo g HC CrMnV+Mo g HC CrMnV+Mo g HC CrMnN g HC MnSi g SiMnVB Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb Zr B N RE Forme HC LowAlloySteel g HC CrNi2MoV g HC CrMoTi g HC SiMnVB g HC CrNi g HC CrMnSi g HC SiMnCrMoV g HC CrV g HC CrMoAl g HC CrMoAl g HC PCrNi4Mo g HC CrNi g HC CrMnSi g HC CrMnMoTi g HC Si2MnW g HC CrNi2MoV g HC CrNiMoY g HC MnWMoVB g HC MnV g HC CrNiA g HC CrA g HC CrNiWV g HC CrMnSiNi g CrNiMo Nature C Si Mn P S Cr Ni Cu Al W Mo Forme HC SiMnMoA g HC Si2CrA g HC CrNiMo g HC CrMoAl g HC CrNiWA g HC Cr g CrMnTi Nature C Si Mn P S Cr Ni Cu Al Ti Mo B Bt Forme HC Cr g HC Cr g HC CrMnTi g HC CrMo g HC Mn g

85 MATERIAUX DE REFERENCE CERTIFIES 82 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Peu Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo B Sn As Sb Pb Bt Forme HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC LowAlloySteel g HC Cr g HC CrMoV g HC Cr2MoWVB g HC Cr2MoWVB g HC BearingSteel g HC BearingSteel g HC BearingSteel g HC BearingSteel g HC BearingSteel g HC BearingSteel (<0.0001) 150g HC G20CrNi2MoA g HC Cr g HC Cr5MoV1Si g Peu Alliés Nature C Si Mn P S Cr Ni Cu V W Forme HC Cr HC Si2Ni g HC Si2CrV g HC Si2MnW g HC Si3MnA g Aressorts Nature C Si Mn P S Cr Ni Cu V W Mo Co Sn Forme HC GCr g HC CrMoSiA g HC MoCoSn g HC MoCoSn g HC MoCoSn g HC SpringSteel g HC SpringSteel g HC SpringSteel g HC SpringSteel g HC SpringSteel g HC SpringSteel g Au Silicium Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Sn As Sb Pb N Forme HC LowAlloySteel g HC GCr Ali g HC GCr15SiMn g HC SiliconSteel Ali g HC SiliconSteel Ali g HC SiliconSteel Ali g HC Cr g HC Cr g HC CrV g HC CrNiMoV g HC CrMo g HC SiMnMo g HC W4Cr2MoVSiAl g HC Cr2Ni4W g HC MnMo Ali g HC CrMoV Ali g HC Cr2Ni4MoV Ali g HC CrV2Si g HC CrMoA g HC CrMoA Ali g HC CrMoNiSiA g HC CrNiMoA Ali g HC MnV g HC Si2Mn (0.003) 150g HC CrMoA g HC CrMnMo g HC CrSi g HC CrWMn g HC CrMoV Ali g HC CrMoAl g HC CrMnTi g Peu Alliés Nature C Si Mn P S Cr Ni Cu Forme HC Cr g HC Cr g HC Cr g

86 MATERIAUX DE REFERENCE CERTIFIES 83 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Au carbone Nature C Si Mn P S Cr Ni Cu Al V Mo Co Sn As Sb Pb Bi Forme HC CarbonSteel < g HC CarbonSteel g HC CarbonSteel < g HC CarbonSteel < g HC CarbonSteel < g HC CarbonSteel < g HC CarbonSteel < g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC Mn g HC Mn g HC Mn g HC Mn g HC CarbonSteel g HC CrlMo g HC Mn g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC ConstructionSteel g HC ConstructionSteel g MnSi Nature C Si Mn P S Cr Ni Cu Forme HC MnSi g HC MnSi g HC MnSi g HC MnSi g Au carbone Nature C Si Mn P S Cr Ni Cu Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC EasyCuttingSteel g HC EasyCuttingSteel g HC EasyCuttingSteel g Au carbone Nature C Si Mn P S Cr Ni Cu Al V W Mo Co Sn As Sb Ns Ali Nt Forme HC CarbonSteel (<0.001) g HC CarbonSteel (<0.001) g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel (0.001) 150g HC CarbonSteel (0.003) 150g HC CarbonSteel (0.005) 150g HC CarbonSteel (0.003) 150g HC CarbonSteel (0.003) 150g HC CarbonSteel (0.003) 150g HC CarbonSteel g HC CarbonSteel g HC Mn g HC MnSi g HC SiMn g

87 MATERIAUX DE REFERENCE CERTIFIES 84 septembre, 2010 Base Fer Aciers (divers NCS) Copeaux Au carbone Nature C Si Mn P S Cr Ni Cu Forme HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel g HC CarbonSteel HC CarbonSteel g De coupe Nature C Si Mn P S Forme HC S,PEasyCuttingSteel g HC S,PEasyCuttingSteel g HC S,PEasyCuttingSteel g HC S,PEasyCuttingSteel g Peu Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co B Sn As Sb Pb N Bi RE Forme HC MoB g HC CrNiMo g HC Cr3SiMnWV g HC Cr2SiMoTi g HC CrWVAl g HC CrMoAl g HC CrSiMoV g HC Cr3MoWV g HC W3CrV g HC11209a W3MoV g HC CrAl g HC V g HC CrMoWV g HC CrMnSiNi2Mo g HC GCr g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC SiMn g HC11222a 40SiMn g HC MnTiB g HC B g HC CrMnTi g HC Cr g HC Si2Mn g HC MnVN g HC Si2V g HC MnPRE g HC MnVTiRE g HC CrMo g HC Si2Mn Peu Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti Mo B Nb Zr RE Forme HC Mn g HC SiMnCr g HC Cr (0.0007) 150g HC MnCr g HC SiMn2CrCuAl g HC CrCu g HC Ml2MoVTiAlB g HC Si2MoVTiAlB g HC SiMoTiAlB g HC SiMnMoVTiAlB g HC SiMoVTiAlB g HC SiMoVTiAlB (0.0095) g HC MnMoNbTiZr g Constructio n Nature C Si Mn P S Cr Ni V Mo Sn As Sb Pb Bi Forme HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g HC AlloyStructureSteel g

88 MATERIAUX DE REFERENCE CERTIFIES 85 septembre, 2010 Base Fer Aciers inoxydables Copeaux Aciers inoxydables austénitiques C Si S P Mn Ni Cr Mo Cu Co Al Nb Ti B N Autres Forme C13X125340A g C13X125370A g C13X170020A g C13X170050A g BAS-CRM (0.1) (0.037) g BAS-CRM461/ (0.004) g BAS-CRM462/ g BAS-CRM463/ < g BAS-CRM464/ Pb g BAS-CRM465/ V g BAS-CRM467/ g BAS-CRM468/ g BAS-CRM (0.02) V g BAS-CRM Sn g IPT24A (0.16) (0.036) 100g IPT (sol) Sn0.019,V g C13X180030A g C13X180040A g C13X190020A g C13X190030A g JSS (0.002) (0.0426) 150g JSS (0.003) g JSS g JSS (0.0005) (0.073) (0.003) g BAME V g BAME284-2(C) (0.0028) V g Maraging C Si S P Mn Ni Cr Mo Co Al Ti Sn Cu Zr B N Forme C13X149330A g C13X149350A g BAS-CRME285-2(C) g Aciers inoxydables martensitiques C Si S P Mn Ni Cr Mo Cu Co Nb Nb+T a Al V N B Autres Forme C13X147750A g C13X150230A g C13X150240A g GBW g GBW g IPT g IPT g VAS CH (0.18)... (0.04) g BAS-CRME296-1C (0.0003) As,Sn 100g BAS-CRM (0.08) g BAS-CRM (0.06) g BAS-CRM (0.1) g BAS-CRM (0.08) g BAS-CRM (0.02) (0.01) g BAS-CRM (0.02) (0.02) g BAS-CRM (0.02) (0.02) g BAS-CRM (0.02) (0.02) g BAS-CRM (0.06) (0.03) (0.01) g JSS (0.0005) (0.055) Ti g BAME g Aciers spéciaux C Si S P Mn Ni Cr Mo Cu Co Al As Sn V N Autres Forme C13X125380A g C13X142110A Nb0.18,W g BAS-CRME295-1C B g BAS-CRME (0.015) B,Pb,Ti 100g BAS-CRME287-1(C) B 100g BAS-CRME292-1(C) (0.002) (0.008) Nb g IRSIDE g IRSIDE (0.043) 100g IRSIDE (0.031)... Ti g BAME g BAME B0.003,W g BAME (0.0023) Sb g BAME (0.0012) (0.006) (0.0043) Ti g BAME (0.006) B0.0044,Ti g BAME W g BAME g BAME g Aciers de précipitation C Si S P Mn Ni Cr Mo Cu Nb Nb+Ta Co As N Alliage Forme C13XPH 10M g C13XPH 20A /4PH 100g C13XPH 40A g C13XPH 70A FV g

89 MATERIAUX DE REFERENCE CERTIFIES 86 septembre, 2010 Base Fer Aciers inoxydables Copeaux Haut azote C Si S P Mn Ni Cr Mo Cu Co V W Nb Nb+Ta Al N Forme C13XNSA20B g C13XNSB 30B g C13XNSC30A g C13XNSC40B g C13XNSC50A g C13XNSD 10A g C13XNSD 20A g C13JN 500HA g C13JN 501HA g Aciersspéciauxfaiblementalliés Nature C Mn P S Si Cu Cr Ni Forme SRM 361 AISI g SRM 362 AISI 94B17(mod.) g SRM 363 CrV (mod.) g SRM 364 High Carbon (mod.) g SRM 2159 Carbon &Sulfur only (pin) SRM 2160 Carbon & Sulfur only (pin) SRM 2165 E (0.004) g SRM 2166 F g SRM 2167 G g SRM 2168 High-Purity Iron ()* g suite V Mo W Co Ti As Sn Al(t) Nb Ta Zr N Ca SRM (0.0037) SRM ( ) SRM (0.053) (0.0041) SRM (0.008) (0.0032) SRM (0.006) (0.004) SRM (0.011) (0.0004) SRM (0.002) (0.004) SRM 2168 ()* ()* ()* ()* ()* ()* ()* ()* ()* ()* ()* suite B Pb Sb Bi Ag Se Te Ce La Nd Fe SRM (0.0004) (0.004) (0.0006) (0.001) (95.6) SRM (0.002) (0.0012) (0.0005) (0.001) (95.3) SRM (0.0008) ( ) (0.0009) (0.002) (94.4) SRM (0.009) ( ) ( ) (0.0002) (0.0002) (96.7) SRM 2165 (0.0009) () (0.0035) (0.003) SRM 2166 (0.0004) () (0.0035) (0.003) SRM 2167 (0.001) () () (0.0003) SRM 2168 ()* ()* ()* ()* ()* ()* suite Mg Zn Pr Ge O H Au Hf Sr SRM (0.0001) (0.0003) [0.006] (0.0009) () () (0.0002) () SRM ( ) (0.0003) [0.002] ( ) () () (0.0003) () SRM (0.0004) (0.0004) [0.010] ( ) () (0.0005) () SRM [0.001] (0.0001) [0.003] (0.0010) () (0.0013) (0.001) SRM 2165 () SRM 2166 () SRM 2167 () SRM 2168 ()* ()* Cd()*

90 MATERIAUX DE REFERENCE CERTIFIES 87 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux CrNiTi Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Sn As N Forme HC g HC H00Cr21Ni g HC H1Cr25Ni g HC Cr26Ni g HC Cr17Ni g HC Cr4Ni g HC Cr11Ni5Mn5Mo3Al g HC Cr18Ni12Mo3Ti g HC Cr18NigTi g HC Cr18Nig g HC Cr18NigTi g HC YoCr18NigMoS g HC Ni25Cr18Mo2Cu g

91 MATERIAUX DE REFERENCE CERTIFIES 88 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux CrMnVMo Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Sn As Pb N Ca Forme HC Cr17Ni2Ti g HC R00Cr18Mo2Ca g HC Cr18NigTi (0.0255) g HC Cr g HC Cr g HC Cr g HC CrMnVMo Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb Zr B N Alt Ce Fe Forme HC Cr2Ni4W g HC Mn25Al g HC TG g HC Cr10NiMo g HC AlloySteel g HC Cr12Ni g HC Cr25Mo3Ti g HC Cr11Ni2W2MoV g HC Cr17Mn13Mo2N g HC Cr15Ni6Mo2Ni6A g HC Cr13Ni g HC F g HC F g HC Cr18Ni20Ti g HC Cr18NigTi g HC S/SJ g HC Cr25Mo3Ti g HC Cr17Ni g HC Cr17Mn13Mo2N g HC Cr15Ni6Mo2NbAl g HC Cr13Ni g HC Cr g Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb Fe RE Forme HC HighManganeseSteel g HC HighManganeseSteel g HC HighManganeseSteel g HC HighManganeseSteel g HC Cr19Ni11Si4TiAl g HC Cr11Ni2WMoV g HC Cr22Ni g HC Cr17Ni14Mo3Ti g HC Cr29Ni70Al g HC Cr17Ni7Al (0.004) g HC Cr17Ni4CrNb g HC Cr14Mo4VRE g HC Cr g Haut Manganèse Nature C Si Mn P S Forme HC HighManganeseSteel g Alliés Nature C Si Mn P S Cr Ni Al Ti W Mo Zr B Forme HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC HighAlloySteel g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr g HC Cr17Ti g HC Cr17Ti g HC Cr9Mn g HC Cr14Mo g

92 MATERIAUX DE REFERENCE CERTIFIES 89 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux CrSiAl Nature C Si Mn P S Cr Ni Al Ti Fe Forme HC Cr g HC Cr3SiAl g HC Cr20Ni80Ti g Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Forme HC HighManganeseSteel g HC HighManganeseSteel g HC HighManganeseSteel g HC Cr6SiMo g HC Cr6SiMo g HC StainlessSteel g HC StainlessSteel HC StainlessSteel g HC StainlessSteel g HC Cr-StainlessSteel g HC Cr-StainlessSteel g HC Cr-StainlessSteel g HC Cr-StainlessSteel g HC Cr-StainlessSteel g HC Cr-StainlessSteel g HC Cr15Ni36W3Ti g HC Cr18NigTi g HC Cr18NigTi g HC Cr18NigTi g HC Cr18Ni18Mo g 30W4Cr2V Nature C Si Mn P S Cr Ni Cu V W Forme HC W4Cr2V g CrMnN Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Sn As Sb N Fe Forme HC Ni80Cr g HC CrMnN g HC Cr4W2Mo g HC Cr18NigTi g HC Cr18Ni12Mo2Ti g HC Cr g HC Cr18NigTi g HC Cr g HC Cr g HC CrNi g HC CrNiMo g Alliés Nature C Si Mn P S Cr Ni Cu V Mo Forme HC DieSteel g HC DieSteel g Aoutils Nature C Si Mn P S Cr Ni Cu V W Mo Forme HC W18Cr4V g HC 11401a W18Cr4V g HC W6Mo5Cr4V g HC Cr12W g HC 11403a Cr12W g HC CrNiMo g HC W g HC 11405a W g HC SiMnW g HC 11406a 6SiMnW g HC W4Cr2V g HC V g HC SiMnV g HC Mn2V g HC CrW2Si g HC T g HC 11412a T g HC 11412b T g HC T g HC 11413a T g HC T g HC T g HC T g

93 MATERIAUX DE REFERENCE CERTIFIES 90 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux Au carbone Nature C Si Mn P S Forme HC T8A g HC T13A g HC T11A g HC T12A g Au carbone Nature C Si Mn P S Cu Forme HC T Rapide Nature C Si Mn P S Cr Ni Cu Al V W Mo Co Nb Forme HC W18Cr4V g HC W6Mo5Cr4V g HC Cr2W8V g HC CrW g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC Cr12MoV g Cr4Mo4VRE Nature C Si Mn P S Cr Ni Cu V W Mo RE Forme HC W6Mo5Cr4V g HC Cr4Mo4VRE g HC WgMo3Cr4V g Rapide Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo RE Forme HC W18Cr4V g HC HighSpeedSteel gg HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC HighSpeedSteel g HC Cr14Mo5VRE g HC Cr6WV g Alliés Nature C Si Mn P S Cr Ni Cu Forme HC T Alliés Nature C Si Mn P S Cr Ni V W Mo Co Forme HC W18Cr4V g HC Cr6WV g Alliés Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Forme HC T g HC T Ali g HC T g HC W18Cr4V g HC Cr12MoV g HC W6Mo5Cr4V g

94 MATERIAUX DE REFERENCE CERTIFIES 91 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux Super Alliages Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co Nb Zr B N Fe Ce Forme HC GH (0.48) g HC GH (4.84) 100g HC GH (4.09) 100g HC (0.21) g HC GH (1.07) 100g HC GH g HC GH g HC GH g HC GH g HC GH g HC GGH g HC GH g HC GH (0.42) 100g HC GH (1.94) g HC K (0.22) g HC K g HC J g HC Cr14Ni14W2MoTi g HC HeatResisting g HC GH g HC GH g (ug/g) SuperAlliages Nature Ag As Bi Ca Cd In Mg Pb Sb Se Sn Te Tl Zn Ga Forme HC SuperalloyTraceElements g HC SuperalloyTraceElements g HC SuperalloyTraceElements g HC SuperalloyTraceElements g HC SuperalloyTraceElements g SuperAlliages Nature C Si Mn P S Cr Ni Cu B N Forme HC GH g HC GH g HC GH g HC GH g HC GH g SuperAlliages Nature C Si Mn P S Cr Ni Cu Al Ti W Mo Co Zr B Ce Forme HC GH g HC J g HC J g HC J g HC J g HC J g HC J g HC J g SuperAlliages Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Forme HC GH33A g HC F g HC GH g HC GH g HC GH g HC GH g HC C g HC GH g HC GH g HC F g HC F g HC F g HC GH g HC GH g HC GH g HC GH g HC H (0.003) g HC GH g HC GH g HC GH (0.0076) g HC C g HC H80A g HC H g HC H (0.002) (0.003) g

95 MATERIAUX DE REFERENCE CERTIFIES 92 septembre, 2010 Base Fer Aciers inoxydables (NCS) Copeaux suite Nature Co Nb Zr B Sb N Ce Se Fe In Ga HC GH33A HC F61 HC GH HC GH HC GH HC GH HC C HC GH HC GH HC F HC F176 HC F HC GH136 HC GH HC GH HC GH HC H HC GH HC GH HC GH HC C HC H80A HC H HC H Divers Nature C Si Mn P S Cr Ni Cu Al V Ti W Mo Co B Fe Forme HC J g HC J g HC J g HC FeAl (0.009) g HC FeAl g HC J g HC FeAl (0.009) g HC FeAl g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC J g HC GH g Austénitiques C Si S P Mn Ni Cr Mo Cu Co Al Nb Ti B N Autres Forme C13X125340A g C13X125370A g C13X170020A g C13X170050A g BAS-CRM (0.1) (0.037) g BAS-CRM461/ (0.004) g BAS-CRM462/ g BAS-CRM463/ < g BAS-CRM464/ Pb g BAS-CRM465/ V g BAS-CRM467/ g BAS-CRM468/ g BAS-CRM (0.02) V g BAS-CRM Sn g IPT24A (0.16) (0.036) 100g IPT (sol) Sn0.019,V g C13X180030A g C13X180040A g C13X190020A g C13X190030A g JSS (0.002) (0.0426) 150g JSS (0.003) g JSS g JSS (0.0005) (0.073) (0.003) g BAME V g BAME284-2(C) (0.0028) V g Maraging C Si S P Mn Ni Cr Mo Co Al Ti Sn Cu Zr B N Forme C13X149330A g C13X149350A g BAS-CRME285-2(C) g

96 MATERIAUX DE REFERENCE CERTIFIES 93 septembre, 2010 Base Fer Aciers spéciaux Copeaux Aciers à outils C Si S P Mn Ni Cr Mo Cu Co W V Al N Alliage Forme IPT Co/Mo/W 100g IPT AISIM2 120g IPT g JSS g Aciers rapides C Si S P Mn Ni Cr Mo Cu Co W V Sn N Autres Forme C14XHS10A g C14XHS20A g C14XHS30A g C14XHS40A g C14XHS50A g C14XHS60A g C14XHS80A g JSS g JSS g JSS g JSS (0.0007) g JSS g BAME g BAS-CRM481/ Al0.023,As g BAS-CRM482/ g BAS-CRM483/ g BAS-CRM484/ g BAS-CRM220/ g BAS-CRM241/ g Aciers haut manganèse C Si S P Mn Ni Cr Mo Cu Al V Sn Co N Forme C14XMN10A g C14XMN30A g BAS-CRM214/ < g BAS-CRM290/ (0.031) (0.17)... (0.02)... (0.35) (0.013) 100g BAS-CRM (0.04) (0.06) g BAS-CRM (0.19) (0.02)... (0.43) g BAS-CRM495/ (0.02) g BAME (0.08) (0.012) g Aciers resulfurisés C Si S P Mn Mo Ni Cr Cu Pb As Sn N Forme C14XFM10A g C14XFM20A g JSS g BAME g Aciers au silicium C S P Mn Si Ni Cr Cu Mo Al Al Al Ca As Co N Forme GBW g GBW g GBW g GBW g BAS-CRM g BAS-CRME186-1(C) g JK E196-1(C) g VAS CH g BS CE g Aciers péciaux C S P Si Mn Cr Ni Cu Nb R.E. Al N Co Ti Ta Type Forme GBW RareEarthSteel 150g GBW RareEarthSteel 150g GBW RareEarthSteel 150g BAS-CRME (0.016) Alnico 100g BAS-CRM (0.07)... (13.2) (2.63) (0.51)... (7.7)... (24.4) AlcomaxIII 100g BAS-CRM AlnicoHC 100g

97 MATERIAUX DE REFERENCE CERTIFIES 94 septembre, 2010 Base Etain Etain, Plomb, Soudures NCS Copeaux SoudureSn/Pb/Sb Sn Sb Bi Cu As Ag Fe Zn Cd Ni Forme *C93 X S30 APR g BasePlomb Nature Cu Sn Pb Ni Fe As Sb Bi Forme HC ChPbSb10-6B < g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC Pb60Sn g HC Pb90Sn g Base Plomb Nature Cu Al Sn Zn Fe As Sb Bi Forme HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g BasePlomb Nature Cu Sn Pb As Sb Bi Forme HC LeadBaseBearingAlloy g HC LeadBaseBearingAlloy g BasePlomb Nature Cu Sn As Sb Forme HC LeadBaseBearingAlloy g Soudures Copeaux Soudures etain-plomb Sn Sb Bi Cu As Ag Fe Zn Cd Ni Au In Te Pb Forme C91XS30PR30C (0.003) g C91XS63PR00A (0.0026) < < <0.001 rem 100g C91XS63PR10F (0.001) rem 100g C91XS63PR20G rem 100g C91XS63PR40A < <0.005 < < rem 100g Soudures Sn/Pb/Sb Sn Sb Bi Cu As Ag Fe Zn Cd Ni In Te Pb Forme C93XS30APR10C (0.012) (0.0004) g C93XS30APR20C g C93XS30APR30C rem 100g Base Titane Copeaux Alliages de titane Al Mo Si Sn Zr V Fe Nb B Cr Cu W Ni N C Alloy Forme C101P3180A g C101P5510A g C101P6790A g C101P6850A g C101P8290A g C101P8110A g BAS-CRM (0.0200) (0.0155) < < (0.0010) g BAS-CRM (0.0500) (0.0620) (0.0455) (0.0013) (<0.001) g GBW g GBW g

98 MATERIAUX DE REFERENCE CERTIFIES 95 septembre, 2010 Base Nickel Copeaux Ni / Co / Cr / Al > Ti C Si Mn Cu Fe Cr Mo Co Ti Al V Ni W B N Alliage Forme C210X117750G (0.008) (56.6) (0.003) IN100 50g C210RU N15/ g Ni/Cr / Al C Si Mn Cu Fe Cr Mo Co Ti Al Nb Zr B Ni Alliage Forme C211X71310A < g C211X71320A N713 50g BAS-CRM Inconel g Ni / Cu C Si S Mn Fe Cr Pb Co Ti Al Mg Ni Cu Alliage Forme C212X40010A rem Monel 50g C212X40020A rem 400/500 50g C212X40060A rem 505/506 50g C212A363/ (0.002) (0.05) Monel g Ni/Co/Cr/Fe/Mo C Si S P Mn Fe Cr Mo Co V W Cu Al N Alliage Forme C215XHB10A < g C215XHB10L Hastelloy B 50g C215XHB50A g C215XHB50J g C215XHC10A g C215XHC20H g C215XHC50A Hastelloy C 50g C215XHC50Q g Nickel pur C S P Si Mn Cr Mo Pb Cu Fe Al Forme BSHPN g Alliages divers de Nickel C Si S P Mn Cr Mo Ni Al B Co Cu W Ti V Autres Forme C219X205000A Fe g BAM E (0.025) (0.79) (0.027) (0.024) Zr g C219RU N8/ Mg g C219RU N13/ Ce g C219RU N14/ Fe g BAS-CRM rem BAS-CRM346 (0.15) (10.0) (3.0) rem (5.5)... (15.0) (5.0) (1.0) BAS-CRM suite Pb Bi Ag Se Te Sb As Cd Ga Sn Zn Mg Tl Ca Alliage Forme BAS-CRM <0.2 <0.2 <0.5 <0.2 <2 (2) < <0.5 5 <0.2 <5 100g BAS-CRM (52) (2) (36) Inconel g BAS-CRM CommNickel 100g

99 MATERIAUX DE REFERENCE CERTIFIES 96 septembre, 2010 Base Cuivre Copeaux * valeurs en mg/kg ** en mg/kg Cuivre Cu Sn Zn Pb P Ni Fe Al Mn Sb As Si Bi S Forme BCS 399 Rem (0.003) (0.003) (0.002) (0.002) (0.006) (<0.001) (<0.001) (0.001) 100g GBW Rem g GBW Rem g GBW Rem g GBW Rem g BCS (<0.005) (<0.005) (0.01) (<0.005) (0.007) g BAM g BCS 207/ (0.018) g BAM (<0.01) g BAM g IPT10A g BCS 183/ (<0.002) (0.01) (0.01) g BCS (<0.005) (<0.002) 0.18 (0.07) (<0.005) (<0.01) (0.06) 100g BCS 304/ g BCS 180/ (0.003) (0.018) g GBW Rem g BCS g GBW Rem g GBW Rem g BAM (<0.002) < < g BCS (<0.005) (<0.005) (<0.01) 100g BCS 179/ (0.008) g IPT g GBW Rem g BAM (0.002) g BCS (0.023) 100g GBW Rem g Divers Nature Cu Al Sn Pb Zn P Ni Mn Fe Si Forme HC H g HC ZQ g HC ZQ10-1A g HC ZQ10-1B g HC ZQ10-1C g HC QSn g HC QSn g HC QSn g HC QSn g HC QSn g HC QSn g HC QSn g HC QSn g HC ZQSn g HC ZQSn g HC ZQSn g HC ZQSn g HC ZQSn g HC ZQS g HC ZQAI g HC ZQAI g HC ZQAl g HC ZQAI g HC HSi g HC QSi g HC HPb g HC H g HC CopperAlloy g HC CopperAlloy g HC TinBronze g HC TinBronze g Divers Nature Cu Sn Pb Zn S P Ni Fe Sb Forme HC H g HC ZQSn g HC ZQSn g HC ZQSn g HC ZQSn g HC H g HC HPB g HC TinPhosphorBronze g HC TinPhosphorBronze g HC TinPhosphorBronze g HC TinPhosphorBronze g HC TinPhosphorBronze g HC PhosphorBronze g HC PhosphorBronze g HC PhosphorBronze g HC PhosphorBronze g HC Bronze g HC PureCopper g

100 MATERIAUX DE REFERENCE CERTIFIES 97 septembre, 2010 Base Cuivre Copeaux Bronzesau phosphore Sn Pb Zn Fe Ni Al Si As Mn Sb Bi P Cu S Se Mg Forme C32XPB10A < < < g C32XPB20A < g C32XPB100K (0.0008) g C32XPB110B (89.5) < g C32XPB120C < (92.0) (0.010)... < g C32XPB130B <0.001 < (91.5) (0.03)... < g C32XPB140B < (90.1) < g C32XPB 230A < (0.0003) (0.0006) g BAS-CRM < <0.005 < (0.01) g Bronzesau plomb Sn Pb Zn Fe Ni Al As Mn Bi Sb P S Cu Cd Si Forme C32XLB20A (0.001) (76.8) g C32XLB30A <0.01 < < < g C32XLB130B < g IPT g IPT g BAS-CRM < <0.002 (0.07)... (<0.01) (0.060) g GBW g GBW g GBW g GBW g Bronzes d aluminium Sn Pb Zn Fe Ni Al Si Mn Mg As P Cr Cu Forme C32XALB10K (0.002) (80.4) 50g C32XALB20H g C32XALB30A g C32XALB30Q g C32XALB40G (77.91) 50g C32XALB50A g C32XALB60H (0.021) (0.004) g C32XALB80C (0.002) g BAS-CRM304/ g GBW rem 100g GBW rem 100g GBW rem 100g GBW rem 100g Bronzes au bismuth Sn Pb Zn Fe Ni As P Sb Co Se Bi Cd B Cu Forme C32XSEB10B (76.7) 100g C32XSEB20C g C32XSEB40C g C32XSEB50B g Bronzes divers Sn Pb Zn Fe Ni As Mn Si Sb Bi P S Se Al Ag Cu Forme BAM g C32XSN10D < < g C32XSN20H (0.0028) g C32XSN30E (0.002) g Métal d armurerie Sn Pb Zn Fe Ni Al Si As Mn Bi Sb P Cr Ag S Cu Autres Forme C33XGM40W <0.002 < (0.0019) < g C33XGM50B (5) (83.0) 100g C33XGM60H g C33XGM70A g C33XGM80E (0.0010) (0.0051) < < g C33XGM240A (0.0002) g C33XGM290A (0.0004) g C33XRB10A Co,Mg 100g C33XRB20A Co,Mg 100g BAS-CRM183/ <0.002 (0.01) 0.13 (0.01) g BAS-CRM207/ (0.018) g BAM (0.0002) g BAM < g Cuivre Argent Sn Pb Zn Fe Ni Si Mn P As S Co Al Ag Mg C Cu Forme C34XNS 10A < g C34XNS 30E g C34XNS 50A g GBW g Cupro-nickel Pb Fe Ni Co Si Mn Mg S P Bi B C Cr Ti Nb Zr Cu Forme C36XCN10A g C36XCN40A g C36XCN60A < < g C36XCN90A < < g C36XCN100A (0.020) (0.055) g BAS-CRM180/2 (0.003) (0.018) g Cu/Be/Co Sn Pb Zn Fe Ni Al Si Mn Cr Be Co Ag Cu Alliage Forme C36XCBC10A < < C g C36XCBC20A < C g C36XCBC20E C g C36XCBC30A < < C g C36XCBC40A C g

101 MATERIAUX DE REFERENCE CERTIFIES 98 septembre, 2010 Base Cuivre Copeaux Au Chrome Sn Fe Ni Si Mn Cr Zr P Pb Zn Al S Co Cd C Cu Forme C36XCCZA g C36X2740A (0.002) g Alliages de cuivres divers Si Fe Mn P S Al Ni Cr Sn Pb Zn As Sb Bi C Cu Forme C37X2180A (0.002) g C37X2260A (0.001) g DH L g DH L g DH L g DH L g DH L g DH L / g DH L g DH L g DH L g DH L g Cuivre pur Sn Pb Zn Fe Ni As Sb Ag Se P S Cd Co Mn Te Bi Forme IPT64 <5 0.6 (10) (2) (2) 10 < <1 <1 50g BCR17B g BCR74C < <0.02 < (0.21) (0.1) 50g Résiduels dans le cuivre Pb Zn Fe Ni As Bi Sb Co Ag Cd Te Si C39X178660A < < < <0.001 <0.001 <0.001 <0.005 C39X178660AC C39X178670AA C39X178680AD C39X178700A C39X178700AD (0.002) C39X178710A (0.0008) (0.0020) < BAS-CRM399 (0.002) (0.003) (0.006) (0.002) < < (0.003) BAM suite Mn Al Sn Mg S P Cr In Au Se B Zr Be Cu Forme C39X178660A <0.001 < < < g C39X178660AC (0.003) (0.0006) g C39X178670AA (0.001) (0.001) g C39X178680AD (0.0024) (0.005) g C39X178700A g C39X178700AD (0.0007) (0.004) (0.007) g C39X178710A < (0.0002) < (0.0003) < (0.0004)... 50g BAS-CRM399 < (0.003) (99.935) 100g BAM365 < < ( ) g Divers Nature Cu Ni Fe Pb Zn Forme SRM 158a BronzeSilicium g SRM 458 Beryllium-cuivre (17510) (97.9) g SRM 459,Beryllium-cuivre (17200) 50 g (97.7) SRM 460,Beryllium-cuivre (17300) 50 g (97.5) SRM 871 Bronzeau Phosphore(CDA521) g SRM 872 Bronzeau Phosphore(CDA544) g SRM 874 Cupro-Nickel 10% (CDA706) g SRM 875 Cupro-Nickel 10% (CDA706) g SRM 879 Nickel Argent(CDA 762) g SRM 880 Nickel Argent(CDA 770) g SRM 1034 Cuivrenonalli (99.96) *(0.6) *(2.0) *(0.5) *() rod SRM 1035 Pb-Sn BronzeAlliage (78.5) (0.75) (0.001) (13.5) (0.25) 50 g Suite Mn Sb Sn Cr P Ag Si Al Te Cd Se SRM 158a SRM 458 () () () SRM 459 () () () SRM 460 () () () SRM SRM SRM (0.0006) SRM (0.0008) SRM 879 SRM 880 SRM 1034 *() *(0.2) *() *(0.3) *(8.1) *() *() *(0.5) *() *(3.3) SRM 1035, (6.8) (0.004) suite Bi O Co C Au H S As Mg Ti Be Zr SRM () () (<0.002) SRM () () 1.82 (<0.002) SRM () () 1.86 (<0.002) SRM 874 (0.06) (0.0023) (0.0016) (0.0011) () (0.0002) (0.0001) SRM (0.14) (0.0035) (0.004) (0.0011) (0.0010) (0.0010) () SRM 1034 *(0.2) *(363) *(0.2) *() *2.8 *(0.2) *() SRM 1035 (0.64) **22.3

102 MATERIAUX DE REFERENCE CERTIFIES 99 septembre, 2010 Base Cuivre Copeaux Sn/P Nature Si HC41912 Tin-Phosphorbronze HC41926 Phosphorbronze Divers Nature Cu C Al Sn Sb P Mn Fe As Sb Forme HC H g HC H g HC H g HC BFe g HC T g HC T g HC HAl g HC HAl g Divers Nature Cu Al Sn Pb Zn P Ni Mn Fe As Sb Bi S Si Be Forme HC TuP g HC TuMn g HC T g HC QSn g HC QAl g HC HSn g HC HPb g HC H g HC QAl g HC QAl g HC QAl g HC QAl g HC QAl g HC HSn g HC QSn g HC NCu g HC QSi g HC HSn70-1A g HC HAl177-2A g HC QBe2.0 margin (2.0) 50g HC QBe2.0 margin (2.0) 50g HC QBe2.0 margin (2.0) 50g HC QBe2.0 margin (2.0) 50g HC QBe2.0 margin (2.0) 50g HC QSn g Divers Nature Cu Al Sn Pb Zn Mg P Ni Mn Fe As Sb Bi Si Be Forme HC H margin g HC HSn margin g HC Q Be g HC H g HC H margin 100g HC HFe g HC ManganeseBrass g HC AluminiumBrass margin g HC AluminiumBronze margin g HC AluminiumBronze margin g HC AluminiumBronze margin g HC Brass g HC HPb g HC HTe g HC TinBronze g HC Ironbronze g HC AluminiumBronze g HC AluminiumBronze g Alliages Nature Cu Al Sn Pb P Ni Mn Fe Sb Bi Forme HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC CopperAlloy g HC g Alliages Nature Cu Al Sn Pb Zn P Ni Mn Fe Sb Si Forme HC ZQSiD g HC g HC g HC ZQSiD g

103 MATERIAUX DE REFERENCE CERTIFIES 100 septembre, 2010 Base Cuivre Copeaux Divers Grade Cu Ni Fe Pb Zn Forme SRM 158a BronzeSilicon g SRM 458 Beryllium-Copper (17510) (97.9) g SRM 459 Beryllium-Copper (17200) (97.7) g SRM 460 Beryllium-Copper (17300) (97.5) g SRM 871 BronzePhosphor (CDA 521) g SRM 872 BronzePhosphor (CDA 544) g SRM 874 Cupro-Nickel10% (CDA 706) ææhigh-purityææ g SRM 875 Cupro-Nickel10% (CDA 706) æædopedææ g SRM 879 Nickel Silver (CDA 762) g SRM 880 Nickel Silver (CDA 770) g SRM 1034 Unalloyed Copper (99.96) *(0.6) *(2.0) *(0.5) *() Tige SRM 1035 Leaded-Tin Bronze Alloy (78.5) (0.75) (0.001) (13.5) (0.25) 50 g suite Mn Sb Sn Cr P Ag Si Al Te Cd Se SRM 158a SRM 458 () () () SRM 459 () () () SRM 460 () () () SRM SRM SRM (0.0006) SRM (0.0008) SRM 879 SRM 880 SRM 1034 *() *(0.2) *() *(0.3) *(8.1) *() *() *(0.5) *() *(3.3) SRM 1035, (6.8) (0.004) suite Bi O Co C Au H S As Mg Ti SRM Be:0.360 () Zr:() () SRM Be:1.82 () Zr:() () SRM Be:1.86 () Zr() () SRM 874 (0.06) (0.0023) (0.0016) (0.0011) () (0.0002) (0.0001) SRM (0.14) (0.0035) (0.004) (0.0011) (0.0010) (0.0010) () SRM 1034 *(0.2) *(363) *(0.2) *() *2.8 *(0.2) *() SRM 1035 (0.64) **22.3

104 MATERIAUX DE REFERENCE CERTIFIES 101 septembre, 2010 Base Zinc Copeaux ZnAL Nature Cu Al Mg Forme HC ZZnAl g HC ZZnAl g HC ZZnAl g HC ZZnAl g Zinc oxit Nature Zn PbO Mn CdO Lol Forme HC Zincoxit g Alliages Nature Cu Al Sn Pb Mg Fe Cd Forme HC ZincAlloy g HC ZincAlloy g HC ZincAlloy g HC ZincAlloy g Zinc Nature Cu Sn Pb Fe As Sb Cd Forme HC Zinc g HC Zinc g HC Zinc g HC Zinc g HC Zinc g HC Zinc g Alliage Nature Cu Al Sn Pb Mg Fe Cd Forme HC ZincAlloy Zinc avec impuretés Pb Mg Al Cd Fe Sn Cu Ni Mn Sb As Bi In Tl Ti Cr Ag Forme C41XZ10M (0.0003) ( ) < (0.0004) < (0.0003) g C41XZ30K g C41XZ40K < g C41XZ50L (0.015) g C41X0336Z10K (0.0006) g C41X0336Z30J g C41X0336Z40B (0.018) (0.004) g C41X0336Z50A 0.91 < (0.0005) (0.0001) (0.001) g C41X0336Z60A g C41X4380Z10C (0.001) g C41X4380Z40C (0.0003)... C41X4380Z70C (0.0044) g C41X4380Z80C g C41X2951Z (0.0007) g C41X2951Z (0.006) g Co C41XGLV10A <0.001 < g C41XGLV20A < g C41XGLV30A (0.0008) g C41XGLV40A (0.0001) < < g C41XGLV50A g C41XGLV60A g C41XGLV70A (0.0006) (0.0001) 50g GBW g GBW g GBW g BS SP-A <0.001 < g BS SP-B <0.001 < g BS SP-C <0.001 < g BS SP-D <0.001 < g Zn/Al Pb Mg Al Cd Fe Sn Cu Ni Mn Cr In Tl Sb Si Ce La Forme C42XZ10A < < < g C42XZ30H (0.047) (0.0003) (0.0003) 50g C42XZ40A g C42XZ40B (0.0014) (0.0026) g C42XZ50A (0.0023) g C42XZ70A (0.0001) g C42XZ80A (0.0023) (0.0002) g Zn/Al/Cu Pb Mg Al Cd Fe Sn Cu Ni Mn Cr Ti Bi Sb Si In Tl Forme C43XZ20A g C43XZ20K (0.0022) g C43XZ30L (0.0019) (0.0035) 50g C43XZ40B (0.0024) (0.064) (0.0023) (0.0065) g C43XZ50A g C43XZ60A g C43XZ110A g C43XZ120D (0.002) (0.008) g C43XZ130D (0.0048) g C43XZ140D g C43XZ150A g C43XZ150C (0.011) g C43XZ210A g C43XZ210C g C43XZ230A g C43XZ230C (0.24) (0.002)

105 MATERIAUX DE REFERENCE CERTIFIES 102 septembre, 2010 Base Magnésium Copeaux Magnésium avec impuretés Al Zn Mn Cu Si Fe Ni Ca Sn Pb Ag Be Cd Ce La Forme C61XMgP10A (0.0017) <0.001 <0.002 <0.002 < < < < < g C61XMgP20A < g C61XMgP30A < g Mg / Mn Al Zn Mn Cu Si Fe Ni Ca Sn Pb Zr Ag Cd Ti Forme C63XMgE20A (0.003) g C63XMgE30B < (0.0026) 30g Mg / Al/ Zn Al Zn Mn Cu Si Fe Ni Ca Sn Pb Ag Be Cd Ce La Sr Forme C65XMgA10H (0.01) g C65XMgA10J g C65XMgA20G (0.005) g C65XMgA30A g C65XMgA30H (0.0015) (0.0005) (0.0036) < g C65XMgA40H (0.0036) g C65XMgA50A g C65XMgB10D (0.014) (0.013)... 30g C65XMgB20A g C65XMgB30B (0.0023) g Mg / Zn Al Zn Mn Zr Cu Si Fe Ni Ca Sn Pb Ag Be R.E. Autres Forme C66XMgD30B (0.029) (0.002) (0.05) (0.004) (0.0003)... 30g C66XMgD40A g C66XMgC20A g C66XMgC40C < < Sr g BAS-CRM307 (0.008) < < < g BAS-CRM g Mg / terres rares Al Zn Mn Zr Th Cu Si Fe Ni Sn Pb Ca R.E. Forme C67XMgF30A g C67XMgG40A g Mg / Ag / Terres rares Al Zn Mn Zr R.E. Th Cu Si Fe Ni Ag Forme C68XMgH40A g C68XMgL10A g

106 MATERIAUX DE REFERENCE CERTIFIES 103 septembre, 2010 Base Plomb Copeaux Pb/Ag Sn Sb Bi Cu As Ag Zn Cd Fe Al In Forme C82XAg1.5E g C82XAg3.5D < g C82XAg6.0A <0.001 < g Plomb pur ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm % Sn Sb Bi Cu As Ag Zn Cd Ni Te Se Tl Fe Al Pb Forme BCR286B < < < <0.1 < g BCR287B < < < <0.2 < g BCR288B < g BAS-CRM210e <20 <20... (6) <50... < <5 10 (99.996) Bar 500g Plomb avec impuretés Sn Sb Bi Cu As Ag Zn Cd Ni Te In Ca Na Se Au Forme C83XPR10G < g C83XPR40F (0.002) g C83XPR70A (0.001) (0.01) (0.001) 100g C83XPR80A (0.002) 0.74 < (0.012) (0.011) 100g Alliages de batterie Pb/Sn/Ca Sn Sb Bi Cu As Ag Zn Cd Ni Te Al Ca Forme C84XBA10E (0.0004) (0.0004) g C84XBA20B < (0.0002) < g C84XBA40B (0.0008) (0.0003) (0.0014) 100g C84XBA80A (0.0004) < g Alliages divers Sn Sb Bi Cu As Ag Ni Cd Zn In Te Se Fe S Pb Forme C85XANTHD (0.0030) g C85XHRHA (0.0008) g C85X0616Pb10A (0.0016) < g GBW g GBW g BAS-CRM177/ (0.008) g C86XPSS20A <0.002 (0.002) < g C86XPSS40A (0.006) < (0.0013) g Base Etain Copeaux Etain avec impuretés Sb As Bi Pb Cu Fe Ni Al Cd Zn In Te Ag Au Sn Forme C71XSR10D g C71XSR20D g C71XSR30E (0.0009) g BAS-CRM192h (0.0007) (0.0007) ( ) (0.0002) < ( ) (99.997) 100g Etain-Antimoine Sb As Bi Pb Cu Zn Cd Fe Sn Forme C72XSA50R (0.004)... 50g GBW g GBW g Etain métal blanc Sb As Bi Pb Cu Fe Ni Al Cd Zn In Ag Co S Sn Forme C73XSC40A (0.003)... 50g C73XSC70A (0.003) < g C73XSC90A < (0.003) (0.008)... 50g C73XSC110A < g BAS-CRM178/ (0.02) g Soudure base étain Cu Ag Pb Sb Bi Zn Ni Fe As Cd Se Sn Forme C74XEA < rem 50g C74XHAA rem 50g C74XHB A rem 50g

107 MATERIAUX DE REFERENCE CERTIFIES 104 septembre, 2010 Base Etain Etain, Plomb, Soudures NCS Copeaux Etain Etain Nature Cu Sn Pb As Sb Bi Forme HC ChSnSb g HC ChSnSb g HC ChSnSb g HC ChSnSb g HC ChSnSb g HC ChSnSb g HC Pb50Sn g SoudureSn/Pb Nature Cu Al Sn Pb Zn P Fe As Sb Bi Ag Forme HC Tin-LeadSolder g HC Tin-LeadSolder g HC Tin-LeadSolder ( ) g HC Tin-LeadSolder ( ) g HC Tin-LeadSolder ( ) g HC Tin-LeadSolder g HC Tin-LeadSolder ( ) g HC Tin-LeadSolder g HC Tin-LeadSolder Stick200g HC Tin Stick200g BaseEtain Nature Cu Al Zn Mn Fe As Sb Bi Forme HC TinBaseAlloy g HC TinBaseAlloy g HC TinBaseAlloy g HC TinBaseAlloy g HC TinBaseAlloy g Alliage Nature Cu Sn Pb As Sb Bi Forme HC TinBaseAlloy g HC TinBaseAlloy g Alliages Nature Cu Al Pb Zn Ni Fe As Sb Bi Forme HC ZChSnSbD g HC TinAlloy g HC TinAlloy g HC TinAlloy g HC TinAlloy g HC TinAlloy g HC TinAlloy g

108 MATERIAUX DE REFERENCE CERTIFIES 105 septembre, 2010 Base Etain Etain, Plomb, Soudures NCS Copeaux SoudureSn/Pb/Sb Sn Sb Bi Cu As Ag Fe Zn Cd Ni Forme *C93 X S30 APR g BasePlomb Nature Cu Sn Pb Ni Fe As Sb Bi Forme HC ChPbSb10-6B < g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC ChPbSb g HC Pb60Sn g HC Pb90Sn g Base Plomb Nature Cu Al Sn Zn Fe As Sb Bi Forme HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g HC LeadBaseAlloy g BasePlomb Nature Cu Sn Pb As Sb Bi Forme HC LeadBaseBearingAlloy g HC LeadBaseBearingAlloy g BasePlomb Nature Cu Sn As Sb Forme HC LeadBaseBearingAlloy g Soudures Copeaux Soudures etain-plomb Sn Sb Bi Cu As Ag Fe Zn Cd Ni Au In Te Pb Forme C91XS30PR30C (0.003) g C91XS63PR00A (0.0026) < < <0.001 rem 100g C91XS63PR10F (0.001) rem 100g C91XS63PR20G rem 100g C91XS63PR40A < <0.005 < < rem 100g Soudures Sn/Pb/Sb Sn Sb Bi Cu As Ag Fe Zn Cd Ni In Te Pb Forme C93XS30APR10C (0.012) (0.0004) g C93XS30APR20C g C93XS30APR30C rem 100g Base Titane Copeaux Alliages de titane Al Mo Si Sn Zr V Fe Nb B Cr Cu W Ni N C Alloy Forme C101P3180A g C101P5510A g C101P6790A g C101P6850A g C101P8290A g C101P8110A g BAS-CRM (0.0200) (0.0155) < < (0.0010) g BAS-CRM (0.0500) (0.0620) (0.0455) (0.0013) (<0.001) g GBW g GBW g

109 MATERIAUX DE REFERENCE CERTIFIES 106 septembre, 2010 Base Aluminium Copeaux Résiduels dans l aluminium Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Co Bi Sb Be Forme C51XG00H10A < g C51XG00H10D (0.003)... 50g C51XG00H20B g Al / Si Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Co Bi Be Autres Forme C54XG25D10L (0.0033) < g C54XG25D20K (0.006) Cd g C54XG25D30A g C54XG25D30R Ga g C54XG25D40M (0.0022) Cd g C54XG25D50L (0.0011) (0.0046) (0.0025) g C54XG06H20S g C54XG06H30A (4) g C54XG06H30N Cd0.0052,Ga g C54XG06H40Q (0.007) g C54XG06H50L (0.0022) (0.0020) < g C54XG13H10N < g C54XG13H20M g C54XG13H30A g C54XG13H40N (0.001) < Zr0.021,Sr g C54XG231H10C (0.0002) 50g BCS-CRM182/ g BCS-CRM268/ (0.008) g BCS-CRM380/ g Al / Si / Cu Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr Co V Zr Bi Autres Forme C55XG02D40A g C55XG02D60J < Li0.0055,Ca g C55XG02D70K Be g C55XG02D80H Be g C55XG02D90H Be0.0010,Ga g C55XG02D100K 4.65 < (0.004) 0.87 < g C55XG04H30A g C55XG04H90D Cd g C55XG04H100D (0.0074) < Ga g C55XG26H10F (0.008) g C55XG26H20F g C55XG26H30F Ga0.011,Li g C55XG28J10Z g C55XG28J30A g C55XG28J30B Cd0.004,Be g C55XA30J30A g C55XA30J30J g C55XG900J20F g C55XG900J40F g C56CG B0.013,Cd g C56XG250J10C (0.003)... 50g C56XG250J20D (0.0016) (0.004) Sb g C56XG250J30C 4.90 (0.0011) Sb0.35,Be g C56XG250J50D Sb0.076,Be g C56XG2000J10B (0.046) (0.008) (0.004) (0.003) g C57XG12H10C Cd0.012,Li g C57XG12H50G Be0.003,Cd g Al / Zn Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Co Zr Cd Autres Forme GBW R.E g BCS-CRM300/ g C58XG40H60B (0.003) <0.002 < < (0.004) g C59XG77J10F (0.010) (0.0035) Mo g C59XG77J30E < Bi g C59XG77J50D (0.003) < Ga g C59XG77J60A (0.005) g Al / Cu / Mg Cu Mg Si Fe Mn Ni Zn Pb Sn Ti Cr V Be Autres Alliage Forme GBW g GBW g GBW g C511XG05H10H (0.0002) Cd g C511XG05H20G (0.001) Cd0.002,Ga g C511XG05H30A LM5 25g C511XG05H30H g C511XG05H40F g C511XG10H40B B g C511XG3000B20B < Co g C511XG3000B30B < Co g BAS-CRM262/ (0.05) (0.04) (0.002)... < g BAS-CRM263/ < g C514X909110C (0.001) (0.0026) < Zr g C514X909130D Zr< g

110 MATERIAUX DE REFERENCE CERTIFIES 107 septembre, 2010 Poudres Ferro Alliages Poudres C Si S P Mn Ni Cr Mo Cu V Ti Fe Al Nb Ta Sn Forme (Nb) Ferro Niobium JSS (0.18) (0.05) 150g BAS-CRME g BAS-CRME g DH L g DH L g DH L g DH L g DH L g DH L g DH L g DH L g DH L g DH L g C Si S P Mn Ni Cr Mo Cu V Ti Fe Al Autres Forme (P) Ferro Phosphore GBW g (Si/Ca)Silico-Calcium BS Ca g DH L Ca g DH L < Ca g DH L Ca g DH L Ca g DH L Ca g GBW Ca g GBW Ca9.89,Ba g 211CM Ca g 211RU F25/ Ca g (Si/Cr)Silico-Chrome DH L g 211RU F24/ g Divers Nature C Mn P S Si Cu Ni O Cr V Mo SRM 57a Silicium metal (0.3) SRM 58a ferrosilicium < (0.20) (0.002) (0.01) SRM 59a ferrosilicium SRM 64c ferrochromehaut C SRM 68c ferromn hautc SRM 90 ferrophosphore 26.2 SRM 195 ferrosilicium (0.42) <0.01 (0.001) (0.01) SRM 196 ferrochromebasc (0.282) (0.12) SRM 347 ferrosilicium-mg SRM 689 ferrochromesi (0.06) Suite Ti Al Co Zr Ca Fe As B Forme SRM 57a < g SRM 58a < (0.0020) g SRM 59a g SRM 64c g SRM 68c g SRM 90 75g SRM < (0.0024) g SRM g SRM g SRM g

111 MATERIAUX DE REFERENCE CERTIFIES 108 septembre, 2010 Ferro Alliages Poudres C Si S P Mn Ni Cr Mo Cu V Ti Fe Al Autres Forme (Si/Mn) Silico-Manganese JSS Ca0.028,Mg g IRSIDE Ca0.039,Co g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g GBW g 211CM g 211CM g 211RU F23/ g (Si/Zr) Silico-Zirconium 211RU F27/ (0.001) (12) 7.48 Zr g (Ti) Ferro Titane BAS-CRME SolubleAl(6.0) 100g IRSIDE (0.035) (4.9) N(0.014) 100g BAME (0.412) (0.011) Co0.115,Sn0.55,Zr0.866,N g BS FeTi Zr g BS FeTi N0.16,Sn g DH L Sn g DH L Sn g DH L Sn g DH L Sn g GBW g 211RU F16/ Zr0.022,Zn0.122,Sn g 211RU F30/ Sn0.023,N0.48, 250g (W) Ferro Tungstène BAS-CRME (0.018) (0.02) W79.9,Sn g BAS-CRME (0.07) (17.9) (0.37) W79.55,Sn g JK W80.8,Sn g GBW W g 211RU F18/ W74.7,Sn0.038,As g (V) Ferro Vanadium JK 18A (0.008) 0.58 (0.1) (0.005) N g JSS g BAS-CRME SolubleAl(0.21) 100g IRSIDE (0.016) g BAME g DH L g DH L g DH L g DH L g DH L g DH L g DH L g DH L g DH L g BS FeV (0.06) N g BS FeV (0.013) N g Ferro-Silicium Number Si Fe Al C Ca Cr Cu Mn Ni P S Ti BAM NCS HC DH NCS HC (0.0013) JK SRM ECRM (0.003) IPT SRM 58a < DH NCS HC SRM 59a IPT (0.006) SARM Number As B Ba Co Mg Mo O Sn Sr V Zr Units BAM g NCS HC (0.256) g DH g NCS HC g JK g SRM < g ECRM g IPT g SRM 58a < g DH g NCS HC (0.665) g SRM 59a g IPT g SARM g

112 MATERIAUX DE REFERENCE CERTIFIES 109 septembre, 2010 Ferro-Alliages NCS Poudres FerroSilicium Nature C Si Mn P Cr Al Ca Fe Forme HC FerroSilicon g HC FerroSilicon g HC FerroSilicon g Divers Nature C Si Mn P S Cr Cu Al Ti W Mo Nb Ca Ta Pb V Ni Fe Forme HC FerroTitanium g HC Si-CrAlloy g HC FerroMolybdenum g HC MicroCarbonFerroChrome g HC FerroTungstene (0.028) g HC FerroSilicon g HC FerroMolybdenum g HC FerroSilicon g HC FerroNiobium g HC MicroCarbonFerroChrome g HC FerroSilicon g HC FerroSilicon g HC FerroMolybdenum g HC LowCarbonFerroChrome g HC FerroPhosphorus g HC LowCarbonFerroChrome g HC Si-CaAlloy g HC LowCarbonFerroManganese g HC Si-MnAlloy g HC Si-MnAlloy g HC MediumCarbonFerroManganese g HC MediumCarbonFerroManganese g HC MediumCarbonFerroManganese g HC MediumCarbonFerroManganese g SL12-02 Fe-Mnaffiné < g SL12-03 Fe-Mnaffiné g SL12-04 Fe-Mnaffiné g SL12-06 Fe-Mnaffiné g SL12-07 Fe-Mnaffiné g SL12-16 Fe-Mnaffiné g HC Si-MnAlloy g HC HighCarbonFerroChrome g HC HighCarbonFerroManganese g HC HighCarbonFerroChrome g HC HighCarbonFerroChrome g HC HighCarbonFerroChrome g Ferro Titane Nature C Si Mn P S Cr Cu Al Ti Fe V Forme HC Chrome g HC FerroVanadium g HC FerroTitanium g HC FerroTitanium g HC FerroTitanium g HC FerroVanadium g HC FerroVanadium g HC HighCarbonFerroChrome g Divers Nature C Si Mn P S Cr Forme HC MediumCarbonChrome g Ferro Silicium Nature C Si Mn P S Cr Ni Cu Al Ti Fe Ca Mg RE Forme HC FerroSilicon g HC FerroSilicon g HC FerroSilicon g HC FerroSilicon g HC FerroSilicon g HC LowCarbonFerroManganese g HC Si-MnAlloy g HC HighCarbonFerroManganese g HC RE-MgAlloy g HC RE-MgAlloy g HC RE-MgAlloy g HC RE-MgAlloy g HC RareearthFerroSilicon g HC RareearthFerroSilicon g FerroSilicium Nature Si Mn P Cr Al Fe Ca Forme HC FerroSilicon g HC FerroSilicon g Ferro Bore Nature C Si Mn P S Al B Forme HC FerroBoron g HC FerroBoron g HC FerroPhosphorus g

113 MATERIAUX DE REFERENCE CERTIFIES 110 septembre, 2010 Base Cobalt Copeaux Alliages de cobalt C Si S Mn Ni Cr W Nb Fe Cu Pb Sn Mo Al B Co N Forme C111X126670A g C111X126690A g C112X149360A g C112X149430A (1) (3) < g C113XX4010A (1) g C113XX4020A g C119XCOB10E < g C119XST30G < (0.002) (0.03) g IRSIDE378-1(C) g BAME g Carbures Copeaux Carbures divers C(tot) C (libre) Ni Co Fe Nb Al Ca Cr V Ta Ti Type Forme BS (0.04) (0.014) TungstenCarbide 100g BAS-CRM352/ TungstenCarbide 100g AR Tungstencarbide 150g SRM 276b 6.10 (0.04) TungstenCarbide 75g SRM 887 (5.5)... < <0.05 < <0.05 CementedCarbideW83-Co10 100g SRM 888 (4.6)... < <0.05 < (0.04) CementedCarbideW64-Co25-Ta5 100g SRM 889 (6.0)... < <0.05 < CementedCarbideW/Co/Ta/Ti 100g Zircaloy-4 Copeaux Zircaloy-4 Nature Forme C Mn Hf Cu Ni Cr Ti Sn Fe N Al SRM 360b Zircaloy-4 100g Alliages de Ti Nature C Si Cr Mo Al Zr Fe N Forme HC TitaniumAlloy g HC TitaniumAlloy g Divers CeO2, RE, Y2O3.. Copeaux Yttrium Oxide Nature CeO2 Pr6O11 Tb4O7 Dy2O3 SiO2(base) CaO Fe2O3 NiO CuO PbO Forme HC YttriumOxide g Terre Rares Nature Zr Cu Mn Ni RE Zn Forme HC RareEarthmagnesium g Europium Nature La2O3 CeO2 Pr6O11 Nd2O3 Sm2O3 Gd2O3 Tb4O7 Dy2O3 Ho2O3 Er2O3 Tm2O3 Yb2O3 Lu2O3 Forme HC Europia g HC CeriumOxide g Suite Y2O3 Na2O SiO2(Acid) SiO2(base) CaO Fe2O3 NiO CuO ZnO PbO2 HC (40.5) HC

114 MATERIAUX DE REFERENCE CERTIFIES 111 septembre, 2010 Analyses par Fusions et Combustion Gaz dans les métaux Pins, billes, tiges, disques Aciers O(ppm) N (ppm) Forme Alliage Quantité AR gPins Acier 100pins AR gPins Acier 100pins AR gPins Acierl 100pins AR Valeursvariablesselonleslots 1gPins Acierl 100pins AR gPins Acierl 100pins AR 1649 n/.a 23 1gPins Acierl 101pins AR gPins Acierl 100pins AR gPins Acierl 100pins AR gPins Acierl 100pins AR gPins Acierl 100pins Valeursnominalesvaleursexactessurlesflacons Existentaussien 0.5g. Lestigessontplaquéespourmaintenirlaprécisionen oxygène BAME gBalls Billesroulements 100billes BAME mmØx80mmtige Nonallié 1rod BAME mmØx80mmtige Nonallié 1rod BAME mmØx80mmtige Nonallié 1rod BAME mmØx80mmtige Nonallié 1rod BAME mmØx80mmtige Nonallié 1rod BAME Copeaux Acierinoxydable 100g Aciers H(ppm) N (ppm) O(ppm) Autres Forme Alliage Quantité AR gPins Acier 100pins AR gPins Acierl 100pins AR gPins Acierl 100pins AR gPins Acierl 50pins Valeursnominalesvaleursexactessurlesflacons t. BSH0N C490ppm,S25ppm 1gpins AISI pins 17 JS GS1D 1.7± ±3.8 5mmØx230mmTiges 8tiges 17 JS GS2C mmØx230mmTiges 8tiges 17 JS GS5C mmØx230mmTiges 8tiges 17 JS GS6B gPins 150pins GBW gBilles 100pcs GBW B gBilles 20pcs GBW gBilles 100pcs GBW gBilles 50pcs 17 CM pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM g 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs 17 CM gBilles 20pcs Aciers N(ppm) O (ppm) H(ppm) Forme Quantité JSSSS gPins 100 JSSSS Valeursexactessurlesproduits 1.0gPins 100 JSSSS gPins 100 JSSSS gPins 100 JSSSS gPins 100 JSSSS Valeurstypiques 10gTiges 10 JSSSMN Valeurstypiques Copeaux 150g JSSSMO gpin 100 JSSGS-3C mmØx230mmTige 1 JK %... Poudre 35g Nickel O(ppm) S (ppm) N (ppm) C(ppm) Forme Aalliagetype Quantité BCR gCubes Nickelpur 25cubes 172PN Ni/ Copeaux NickelAllié 100g 172PN Ni/ Copeaux NickelAllié 100g Cuivre O(ppm) S (ppm) Forme Alliagetype Quantité BCR022A mmØx9mmDisques Electrolytictoughpitch 1disque BCR022B mmØx9mmDisques Electrolytictoughpitch 1tige BCR054R mmØx9mmDisques Basoxygène 1tige BCR mmØx9mmDisques Couléecontinue 1tige AR Teneursvariablesselonleslots 1gPins 100pins AR gPins 100pins AR gPins 100pins

115 MATERIAUX DE REFERENCE CERTIFIES 112 septembre, 2010 Gaz dans les métaux Pins, billes, tiges, disques Cuivre O(ppm) S (ppm) P (ppm) Forme Quantité BAM379/ mmØx30mmDisque 1disque BAM379/ mmØx30mmDisque 1disque BAM379/ mmØx30mmDisc 1disque 173PN Cu10/I mmØTige 1tige 173PN Cu600/I mmØTige 1tige 173PN CuS Copeaux 150g 173PN CuS Copeaux 150g BCR017A mmØx30mmDisque 1disc BCR017B Copeaux 50g BAM373/ mmØx30mmDisque BAM373/ mmØx30mmDisque Sérieindivise BAM373/ mmØx30mmDisque Aluminium O(ppm) C(ppm) B(ppm) H(ppm) Sample Forme Alliage Quantité 175USUS mmØx250mm tige Al-6Cu 1tige 175USUS mmØx250mm tige Al-6Cu 1tige 175USUS mmØx250mm tige Al-1Mg 1tige 175USUS mmØx250mm tige Al-6Mg 1tige Titane O(ppm) N (ppm) H (ppm) Forme Alliage Quantité BCR024B gcube PurTitane 25pcs BCR024C gcube PurTitane 25pcs BCR059A Ø26mmx9mmDisque Ti6Al4Valloy 1 disc BCR059B gcube Ti6Al4Valloy 25pcs BCR Ø7mmx1mmDisque PurTitane 25pcs B gPins 100pins B Variablesselonleslots 0.25gPins 100pins B Teneurstypiques 0.25gPins 100pins B gPins 100pins B gPins 100pins B gPins 100pins GBW Copeaux Titanepur 35g GBW Copeaux Ti5Al4Valliage 35g GBW x3x100mm Bande Titanepur 3Bandes GBW Copeaux Ti15Al3Valliage 20g Zirconium O(ppm) N (ppm) C (ppm) H(ppm) Fomre Alliage Quantité BCR mmØx2mmPins Zircaloy4 100pcs AR gPins 100pcs C, S, N par combustion Pins, billes, tiges, copeaux Fonte C% S% Forme Alliage Poids AR Copeaux Cast 150g AR Copeaux Grey 150g AR Plaquésau nickel Copeaux Nodular 150g AR Copeaux Ductile 150g AR Valeurstypiques Copeaux Malleable 150g AR Valeursexactessur les flacons Copeaux Nodular 150g AR Copeaux Nodular 150g AR Copeaux Cast 150g AR Copeaux PureIron 454g Acier C% S % N % Forme Alliagetype Quantité BS CSN gPins AISI440A 500pins BS CSN gPins AISI440A 500pins BS CSN gPins LowAlloy 500pins BS CSN gPins AISI302mod 500pins BS CS gPins AISI pins BS CSN A Copeaux AISI1213mod 100g BS ST Pins CarbonSteel 100pins IPT Copeaux CarbonSteel 120g IPT59A Copeaux CarbonSteel 120g IPT60A Copeaux CarbonSteel 100g JK Copeaux 150g JK Copeaux 100g JSS Copeaux BinaryAlloy 150g JSSCS mmØx0.5gAnneaux 200pcs JSSCS mmØDoubleAnneaux 100pcs AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g AR Copeaux 150g 18 MT 088A gPins T-302HQ 200pins

116 MATERIAUX DE REFERENCE CERTIFIES 113 septembre, 2010 Ferro Alliages Poudres C Si S P Mn Ni Cr Mo Cu V Ti Fe Al Autres Type Forme (B) Ferro Bore BAS-CRME (0.129) (0.001) (0.020) (0.10) (0.005) (0.04) B g DH L B g DH L B g DH L B g BAS-CRMU B g BAS-CRMU B g 211RU F22/ B g (Cr) Ferro Chrome BS 130/ (0.011) (0.39) (0.16) g BS 130/ (0.007) (0.38) (0.1) g BS 130/ (0.011) (0.36) (0.18) g JSS g 211J14B Co0.45,N g 211J15A (0.008) Co0.049,Mg g BAS-CRMSA Co g BAS-CRME Co0.047,N g BAS-CRME (31.1)... Co0.044,N g IPT Co g IRSIDE N g IRSIDE (0.019) N g GBW HiCarbon 50g GBW LoCarbon 70g GBW01425a g DH L O g DH L O g DH L O g DH L O g DH L O g DH L O g DH L O g DH L O g 211RU F8/ N g 211RU F15/ N g JSSIXS-FCMA Co g JSSIXS-FCME Co g (Mn) Ferro Manganese BS (0.08) (0.017) (0.15)... (<0.001) Zr(0.0002) 100g JSS g IPT g BAS-CRME (12.3)... N(0.041) 100g IRSIDE (0.009) g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g DH L Co g GBW g GBW g 211RU F5/ g 211RU F6/ g (Mo) Ferro Molybdène JSS (0.037) 150g BAS-CRME g 211TE g DH L W g DH L W g DH L W g DH L W g DH L W g DH L W g DH L g DH L W g DH L W g 211CM g 211CM g 211CM g