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France

INSTITUT MECASEM

90 rue de Lingolsheim BP 50099, 67541, OSTWALD, France

COFRAC|1-7322ISO/IEC 17025Register refreshed 2026-09-25
Certificates
1
Scope items
10
Standards
72
Locations
2
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COFRACRefreshed
1-7322Active

Accredited standards

72

Our reading of the COFRAC scope: each standard once, with its official name where we have checked it. Click a standard to see the scope line it comes from, word for word.

ISO

ISO 148-1Metallic materials - Charpy pendulum impact test - Part 1: Test method
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 643Steels - Micrographic determination of the apparent grain size
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 1099Metallic materials - Fatigue testing - Axial force-controlled method
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ISO 2624Copper and copper alloys - Estimation of average grain size
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 3651-1Determination of resistance to intergranular corrosion of stainless steels - Part 1: Austenitic and ferritic-austenitic (duplex) stainless steels - Corrosion test in nitric acid medium by measurement of loss in mass (Huey test)
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 3651-2Determination of resistance to intergranular corrosion of stainless steels - Part 2: Ferritic,austenitic and ferritic-austenitic (duplex) stainless steels - Corrosion test in media containing sulfuric acid
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 3887Steels - Determination of the depth of decarburization
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 4136Destructive tests on welds in metallic materials - Transverse tensile test
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 4967Steel - Determination of the non-metallic inclusion content - Micrographic method
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 4968Steel - Macrographic examination by sulphur print (Baumann method)
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ISO 4969Steel - Etching method for macroscopic examination
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ISO 5173Destructive tests on welds in metallic materials - Bend tests
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 5178Destructive tests on welds in metallic materials - Longitudinal tensile test on weld metal in fusion welded joints
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 6506-1Metallic materials - Brinell hardness test - Part 1: Test method
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 6507-1Metallic materials - Vickers hardness test - Part 1: Test method
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 6508-1Metallic materials - Rockwell hardness test - Part 1: Test method
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 6892-1Metallic materials - Tensile testing - Part 1: Method of test at room temperature
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

ISO 6892-2Metallic materials - Tensile testing - Part 2: Method of test at elevated temperature
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 7438Metallic materials - Bend test
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ISO 9015-1Destructive tests on welds in metallic materials - Hardness testing - Part 1: Hardness test on arc welded joints
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 9015-2Destructive tests on welds in metallic materials - Hardness testing - Part 2: Microhardness testing of welded joints
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 9016Destructive tests on welds in metallic materials - Impact tests - Test specimen location, notch orientation and examination
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 9017Destructive tests on welds in metallic materials - Fracture test
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 9227Corrosion tests in artificial atmospheres - Salt spray tests
As written on the certificate · Line 10 (COFRAC 1-7322)

NF EN ISO 15653; Renault D17 1058; NF EN ISO 9227; NF A 05-109; ASTM B117

ISO 9400Nickel-based alloys - Determination of resistance to intergranular corrosion
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ISO 10484Widening test on nuts
As written on the certificate · Line 4 (COFRAC 1-7322)

NF E 25-005; ISO 898-2; NF EN ISO 898-6 – 1996; ASTM F606 / F606M; NF EN ISO 10484; NF EN 13674-1

ISO 12108Metallic materials - Fatigue testing - Fatigue crack growth method
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ISO 12737Metallic materials - Determination of plane-strain fracture toughness
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ISO 15653Metallic materials - Method of test for the determination of quasistatic fracture toughness of welds
As written on the certificate · Line 10 (COFRAC 1-7322)

NF EN ISO 15653; Renault D17 1058; NF EN ISO 9227; NF A 05-109; ASTM B117

ISO 17639Destructive tests on welds in metallic materials - Macroscopic and microscopic examination of welds
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ISO 18203Steel - Determination of the thickness of surface-hardened layers
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 22826Destructive tests on welds in metallic materials - Hardness testing of narrow joints welded by laser and electron beam (Vickers and Knoop hardness tests)
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

ASTM

ASTM A262Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM A370Standard Test Methods and Definitions for Mechanical Testing of Steel Products
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM A923Standard Test Methods for Detecting Detrimental Intermetallic Phase in Duplex Austenitic/Ferritic Stainless Steels
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM B117Standard Practice for Operating Salt Spray (Fog) Apparatus
As written on the certificate · Line 10 (COFRAC 1-7322)

NF EN ISO 15653; Renault D17 1058; NF EN ISO 9227; NF A 05-109; ASTM B117

ASTM E3Standard Guide for Preparation of Metallographic Specimens
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM E8Standard Test Methods for Tension Testing of Metallic Materials
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

ASTM E10Standard Test Method for Brinell Hardness of Metallic Materials
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM E18Standard Test Methods for Rockwell Hardness of Metallic Materials
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM E21Standard Test Methods for Elevated Temperature Tension Tests of Metallic Materials
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM E23Standard Test Methods for Notched Bar Impact Testing of Metallic Materials
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM E45Standard Test Methods for Determining the Inclusion Content of Steel
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ASTM E92Standard Test Methods for Vickers Hardness and Knoop Hardness of Metallic Materials
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

ASTM E112Standard Test Methods for Determining Average Grain Size
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ASTM E340Standard Practice for Macroetching Metals and Alloys
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM E399Name not checked yet
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ASTM E466Name not checked yet
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ASTM E647Name not checked yet
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ASTM E1077Name not checked yet
As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ASTM E1180Name not checked yet
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM E1290Name not checked yet
As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ASTM F606Standard Test Methods for Determining the Mechanical Properties of Externally and Internally Threaded Fasteners, Washers, Direct Tension Indicators, and Rivets
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

As written on the certificate · Line 4 (COFRAC 1-7322)

NF E 25-005; ISO 898-2; NF EN ISO 898-6 – 1996; ASTM F606 / F606M; NF EN ISO 10484; NF EN 13674-1

ASTM G28Name not checked yet
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

ASTM G48Standard Test Methods for Pitting and Crevice Corrosion Resistance of Stainless Steels and Related Alloys by Use of Ferric Chloride Solution
As written on the certificate · Line 7 (COFRAC 1-7322)

ASTM A262 (practice A); NF EN ISO 9400; ASTM A262 (practice B, C, E); ASTM G28 – Méthodes A et B; ASTM G48 (method A); ASTM A923 (method C); ASTM A923 (method A); NF A 05-151 – 1984; NF E 25-005; ASTM E1180; ISO 4968; NF A 05-152 –1984; ASTM E340; ISO 4969; NF A 05-153 – 1984; NF A 05-150; ASTM E3

EN

EN 875Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 876Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 895Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 910Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 1043-1Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 1043-2Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 1320Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 1321Name not checked yet
As written on the certificate · Line 9 (COFRAC 1-7322)

NF EN ISO 4136; NF EN 895; ASME QW-150; NF EN ISO 5178; NF EN 876; NF EN ISO 9016; NF EN 875; ASME QW-170; NF EN ISO 5173; NF EN 910; ASME QW-160; NF EN ISO 9015-1; NF EN 1043-1; NF EN ISO 9015-2; NF EN 1043-2; ISO 22826; NF EN 1321; NF EN ISO 17639; NF EN 1320; NF EN ISO 9017

EN 2002-001Name not checked yet
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

EN 2002-002Name not checked yet
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

EN 10002-1Name not checked yet
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

EN 10002-5Name not checked yet
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

EN 10045-1Name not checked yet
As written on the certificate · Line 3 (COFRAC 1-7322)

NF EN ISO 6892-2 – 2011; NF EN ISO 6892-2 (Méthodes A et B); NF EN 10002-5 – 1992; ASTM E21; NF EN 2002-002; NF EN ISO 148-1- 2011; NF EN ISO 148-1; NF EN 10045-1 – 1990; ASTM E23 – 2016; ASTM E23; ASTM A370 – 2017; ASTM A370; NF EN ISO 6508-1; ASTM E18; NF EN ISO 6506-1 – 2005; NF EN ISO 6506-1; ASTM E10; NF EN ISO 6507-1; ASTM E92; NF E 25-005; NF EN ISO 7438

EN 13674-1Name not checked yet
As written on the certificate · Line 4 (COFRAC 1-7322)

NF E 25-005; ISO 898-2; NF EN ISO 898-6 – 1996; ASTM F606 / F606M; NF EN ISO 10484; NF EN 13674-1

As written on the certificate · Line 5 (COFRAC 1-7322)

ASTM E399; NF EN ISO 12737 – 2011; BS 7448-1 - 2002; BS 7448-2 – 1997; NF EN 13674-1 (§ 8.2); NF A03-182 – 1991; ASTM E1290-08e1; BS 7448-1 – 2002; BS 7448-2 :1997; ISO 12108; NF EN 13674-1 (§ 8.3); ASTM E647; NF A03-401 – 1983; ISO 1099 (2006); NF EN 13674-1 (§ 8.4); ASTM E466

ISO 898 series

ISO 898-1Mechanical properties of fasteners made of carbon steel and alloy steel - Part 1: Bolts, screws and studs with specified property classes - Coarse thread and fine pitch thread
As written on the certificate · Line 2 (COFRAC 1-7322)

NF EN ISO 6892-1 – 2009; NF EN ISO 6892-1 – 2016; NF EN ISO 6892-1; NF EN 10002-1 – 2001; NF EN 10002-1 – 2008; NF EN 10002-1 – 2016; ASTM E8/E8M – 2008; ASTM E8; ASTM A370 – 2017; ASTM A370 – 2020; ASTM A370; NF EN 2002-001; DIN 50125; NF E 25-005; NF EN ISO 898-1; ASTM F606; ASTM F606M

As written on the certificate · Line 6 (COFRAC 1-7322)

NF EN ISO 643; NF A 04-503; NF A 04-505; NF EN ISO 2624; ASTM E112; NF A 04-106; ASTM E45; DIN 50602; ISO 4967; NF A 04-107; NF A 04-111; NF EN ISO 3887; ASTM E1077; NF EN ISO 898-1; ISO 18203; NF A 04-204; NF EN ISO 3651-2; ASTM A262; RCCM MC 1310; DIN 50914; NF EN ISO 3651-1; ISO 3651-1; ASTM A262

ISO 898-2Fasteners - Mechanical properties of fasteners made of carbon steel and alloy steel - Part 2: Nuts with specified property classes
As written on the certificate · Line 4 (COFRAC 1-7322)

NF E 25-005; ISO 898-2; NF EN ISO 898-6 – 1996; ASTM F606 / F606M; NF EN ISO 10484; NF EN 13674-1

ISO 898-6Mechanical properties of fasteners - Part 6: Nuts with specified proof load values - Fine pitch thread
As written on the certificate · Line 4 (COFRAC 1-7322)

NF E 25-005; ISO 898-2; NF EN ISO 898-6 – 1996; ASTM F606 / F606M; NF EN ISO 10484; NF EN 13674-1

Scope as published by COFRAC

10 lines
COFRAC

ISO/IEC 17025

Active

1-7322

View scope

Location

90 rue de Lingolsheim BP 50099, OSTWALD, 67541, FR

48.54251, 7.71022

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OSTWALD, FR
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