EN 2002-005 Accredited Testing Labs Worldwide
See all 22 labs worldwide for EN 2002 (any part)
Part 001: 11 labs · Part 1: 12 labs · Part 002: 3 labs · Part 2: 10 labs · Part 005: 6 labs · Part 5: 1 lab and 2 more parts
6 accredited laboratories in 4 countries hold EN 2002-005 in their ISO/IEC 17025 scope. Primary accreditors include American Association for Laboratory Accreditation. In the register, EN 2002-005 scope entries most often cover Hydrogen Embrittlement in Metal.
Available in 4 Countries
Top matrices for EN 2002-005
Top analytes for EN 2002-005
- Hydrogen Embrittlement (1)
Sample labs
EN 2002-005; ISO 204 Stress Rupture ASTM E139, E292; ISO 204 Metallurgical Tests Depth of Decarburization (Micro Hardness and Optical Techniques) ASTM E1077 Average Grain Size ASTM E112 (comparison method), E1382 (semi-auto
EN 2002-005 Tensile Strength (Room Temperature) ASTM A370, B557, E8/E8M, E517; DIN 895, 10237, 20125, 50140; 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 20
EN 2002-005 ASTM E139 ASTM E292 GE S400 (code AI0C et AIXA) Température d’essai ≤ 1000°C
EN 2002-005
EN 2002-005:2007 Stress rupture (Temperature range ambient to 1150 °C) BS EN ISO 204:2023 BS EN 2002-005:2007 Fatigue: Low cycle, tensile/compressive and complex waveforms with Force control (Temperature range
This document is a translation. The definitive version is the original German annex to the accreditation certificate. DIN 50159 -1 2015 -01 Metallic materials – Hardness testing with the UCI method – Part 1: Test method DIN 50190