SGS United Kingdom
Wolverhampton, GB
EN ISO 6508-1 ASTM E18 CON Vickers (HV5, 10 & 30) BS EN ISO 6507-1 ASTM E92 CON Vickers – Micro (HV0.2) BS EN ISO 6507-1 ASTM E384 CON Impact: Charpy at -196°C and -120°C to ambient temperature includin
10 laboratories in United Kingdom are accredited by UKAS under ISO/IEC 17025 to perform EN ISO 6508-1 testing. These labs commonly handle Metal matrices. Most frequently tested analytes via this method in United Kingdom: Hardness. From the accredited scope text: “EN ISO 6508-1 ASTM E18 MID Vickers (HV5, HV10 & HV30) BS EN ISO 6507-1 ASTM E92 MID Vickers Hardness (Low Force and Microhardness) (HV0.1, HV0.2 and HV0.5) BS EN ISO 6507-1 ASTM E92 ASTM E384 MID Proo” “EN ISO 6508-1:2016 ASTM E18-24 Vickers Hardness (micro indentation) BS EN ISO 6507-1 :2018 ASTM E92-23 ASTM E384-22 Determination of decarburisation and carburisation ASTM F2328/F2328-17(2022) Macroet” “EN ISO 6508-1:2023 ASTM E18-22 Vickers (HV10 & HV30) BS EN ISO 6507-1:2023 ASTM E92-23 Brinell (HB 10/3000) BS EN ISO 6506-1:2014 ASTM E10-23” “EN ISO 6508-1: 2016 ASTM E18- 24 Impact: Charpy at -101C to ambient & -196C (including % Shear & Lateral Expansion) ASTM E23- 24 BS EN ISO 148-1 :2016 Tensile: Ambient Temperature (Forces from 2kN t”
Wolverhampton, GB
EN ISO 6508-1 ASTM E18 CON Vickers (HV5, 10 & 30) BS EN ISO 6507-1 ASTM E92 CON Vickers – Micro (HV0.2) BS EN ISO 6507-1 ASTM E384 CON Impact: Charpy at -196°C and -120°C to ambient temperature includin
Norfolk, GB
EN ISO 6508-1 ASTM E18 Vickers (HV5, 10) BS EN ISO 6507-1 ASTM E92 Tensile at ambient temperature (Forces up to 600 kN) BS EN ISO 6892-1 ASTM E8/E8 ASTM A370 ASTM B557 Impact testing: Charpy (-196C a
Sheffield, GB
Assessment Manager: DH Page 1 of 1 Schedule of Accreditation issued by United Kingdom Accreditation Service 2 Pine Trees, Chertsey Lane, Staines-upon-Thames, TW18 3HR, UK 27883 Accredited to ISO/IEC 17025:2017 Sheffield Met
Burton on Trent, GB
EN ISO 6508-1:2023 ASTM E18-24 Impact: Charpy at -196C and -80C to ambient temperature (Including lateral expansion & shear) ASTM E23- 25 ASTM A923-23 Method B ASTM A370-24a Tensile: Ambient Temperature
Wolverhampton, GB
EN ISO 6508-1: 2016 ASTM E18- 24 Impact: Charpy at -101C to ambient & -196C (including % Shear & Lateral Expansion) ASTM E23- 24 BS EN ISO 148-1 :2016 Tensile: Ambient Temperature (Forces from 2kN to 6
Abingdon, GB
EN ISO 6508-1:2023 ASTM E18-24 Vickers (HV5, 10 and 30) BS EN ISO 6507-1:2023 ASTM E92-23 Impact: Charpy (V- notch) (-196°C and -50°C to Ambient Temperature) BS EN ISO 148-1:2016 Percentage shear Lateral Expa
Lancaster, GB
EN ISO 6508-1 ASTM E18 MID Vickers (HV5, HV10 & HV30) BS EN ISO 6507-1 ASTM E92 MID Vickers Hardness (Low Force and Microhardness) (HV0.1, HV0.2 and HV0.5) BS EN ISO 6507-1 ASTM E92 ASTM E384 MID Proof loading
West Midlands, GB
EN ISO 6508-1:2023 ASTM E18-24 Vickers Hardness HV10 BS EN ISO 6507-1:2023 ASTM E92-23 Impact: Charpy V-notch (-196°C and -85C to Ambient) BS EN ISO 148-1:2016 ASTM E23-25 ASTM A370-24a Tensile: Am
West Midlands, GB
EN ISO 6508-1:2016 ASTM E18-24 Vickers Hardness (micro indentation) BS EN ISO 6507-1 :2018 ASTM E92-23 ASTM E384-22 Determination of decarburisation and carburisation ASTM F2328/F2328-17(2022) Macroetch testing for
Sheffield, GB
EN ISO 6508-1:2023 ASTM E18-22 Vickers (HV10 & HV30) BS EN ISO 6507-1:2023 ASTM E92-23 Brinell (HB 10/3000) BS EN ISO 6506-1:2014 ASTM E10-23
This page is a fixed slice of the register: every EN ISO 6508-1 scope we hold for United Kingdom. Search narrows it further by city, accreditation body, or a term from the scope text itself.
Search labs in United KingdomUnited Kingdom Accreditation Service (UKAS) is the primary accreditation body issuing ISO/IEC 17025 accreditation for testing laboratories in United Kingdom.
ISO/IEC 17025 is the international standard for the competence of testing and calibration laboratories. Accreditation to this standard provides independent confirmation that a laboratory operates a quality management system and is technically competent to produce valid results within its declared scope.