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Registers collected 2026-08-22.See collection dates

EN 2002-1 Accredited Testing Labs Worldwide

10 accredited laboratories in 3 countries hold EN 2002-1 in their ISO/IEC 17025 scope. Primary accreditors include United Kingdom Accreditation Service, American Association for Laboratory Accreditation. In the register, EN 2002-1 scope entries most often cover Average Grain Size, Hardness, Hydrogen Embrittlement in Metal.

Total labs
10
Countries
3
Top matrix
Metal
8 labs

Available in 3 Countries

United Kingdom
7 labs
United States
2 labs
France
1 lab

Top matrices for EN 2002-1

Top analytes for EN 2002-1

  • Average Grain Size (1)
  • Hardness (1)
  • Hydrogen Embrittlement (1)

Sample labs

SGS United Kingdom
Wolverhampton, GB

EN 2002-1 ASTM A370 ASTM E8/E8M API Spec 5L ASTM B557M-15 CON (Forces from 2kN to 600 kN) (Temperatures ambient to 800°C) BS EN ISO 6892-2 BS EN 2002-2 ASTM E21 CON Fracture Toughness: CTOD and K1c (in the

Westmoreland Mechanical Testing & Research
Banbury, GB

EN 2002-1, 2002-2 Youngs Modulus, Tangent Modulus and Chord Modulus ASTM E111 Compression ASTM E9 Bend Testing WMTR/QTP/EM0071 Pin - Type Bearing ASTM E238 Double Shear ASTM B769 Slotted Shear ASTM B831 Hardnes

Element Cleveland
Cleveland, OH, US

EN 2002-1; ISO 6892-1, 6892-2; NASM 1312-8 N Value ASTM E646 R Value ASTM E517 Tensile Strength (Elevated Temp, Up to 2000) °F ASTM E21; EN 10002-5, 2002-2; ISO 6892-2; NASM 1312-18 Tension (Axial and Wedge) ASTM A370, A489, F541

Element Materials Technology Sheffield Ltd, Trading as Element Materials Technology Sheffield – Magna Way
South Yorkshire, GB

EN 2002-1 ASTM A370 ASTM E8/E8M ASTM B557/B557M Tensile: (Elevated temperature from ambient to 950°C) (forces from 0.2 kN to 250 kN) BS EN ISO 6892-2 BS EN 2002-2 ASTM E21 Proof and Tensile strength (temperature - ambi

ELEMENT MATERIALS TECHNOLOGY TOULOUSE
COLOMIERS, FR

EN 2002-1 / Essai de traction à chaud Rp0,2, Rm, A, Z NF EN ISO 6892-2 (méthodes A et B) ASTM E21 GE S400 (code AI0B) Température d’essais : de 250 à 960°C Essai de traction à chaud Rp0,2, Rm, E, A, Z NF EN 2002-2 Température d’ess

Wallwork Cambridge
Cambridge, GB

EN 2002-1:2005 ASTM E8/E8M-24 Impact Izod Impact Testing BS 131 Part 1 1961 END

Element Huntington Beach
Huntington Beach, CA, US

EN 2002-1; ISO 6892-1 Cryogenic Tensile SOP 94.002; ISO 6892-3 Mechanical Testing (Dynamic)1 Crack Propagation / Crack Growth ASTM E647; SOP 92.002 Conducting Force-Controlled Constant- Amplitude Axial Fatigue Tests of Metallic Mater

Swansea Materials Research and Testing
Swansea, GB

EN 2002-1:2005 (Forces up to 100 kN) (Temperature range ambient to 900 C) BS EN ISO 6892-2:2018 BS EN 2002-2:2005 Creep and Stress Rupture: Creep (Temperature range ambient to 1150 C) (not including constant stre

Element Materials Technology Aerospace UK Limited, Trading as Element Materials Technology
Lancaster, GB

EN 2002-1 ASTM A370 ASTM E8/E8M MID Forces 1 kN up to 200 kN Temperature range 60°C to 650°C BS EN ISO 6892-2 ASTM E21 MID Forces 0.2 kN up to 400 kN Ambient temperature ASTM E8/E8M BS EN ISO 6892-1 BS EN 20

Independent Forgings and Alloys Ltd – Technology Centre
Sheffield, GB

EN 2002-1:2005 ASTM A370-24 ASTM E8/E8M-24 Tensile (Temperature range 300 to 800ºC) (Forces up to 100 kN) BS EN ISO 6892-2:2018 BS EN 2002-2:2005 ASTM E21-20 Stress Rupture Plain and notched stress rupture (Temperatu