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Taiwan

Q-Lab

616, Sec. 1, Zhongzheng Road, Rende District, Tainan R.O.C., Republic of China Taiwan, Tainan R.O.C., Taiwan

A2LA|871.01A2LA|871.02ISO/IEC 17025Register refreshed 2026-09-25
Certificates
2
Scope items
12
Standards
38
Locations
1

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A2LARefreshed
871.01Active
871.02Active

Accredited standards

38

Our reading of the A2LA 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 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 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 898-7Mechanical properties of fasteners - Part 7: Torsional test and minimum torques for bolts and screws with nominal diameters 1 mm to 10 mm
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 1502ISO general-purpose metric screw threads - Gauges and gauging
As written on the certificate · Line 3 (A2LA 871.02)

CNS 11091; QEM 049; QEM 061; ASME B18.6.3; ASME B18.6.4 (Withdrawn 2005); B18.6.5M; ASME B46.1; ASME B1.2; ASME B1.16M; ISO 1502

As written on the certificate · Line 3 (A2LA 871.01)

CNS 11091; QEM 049; QEM 061; ASME B18.6.3; ASME B18.6.4 (Withdrawn 2005); B18.6.5M; ASME B46.1; ASME B1.2; ASME B1.16M; ISO 1502

ISO 2320Fasteners - Prevailing torque steel nuts - Functional properties
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 2409Paints and varnishes - Cross-cut test
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 2702Fasteners - Heat treated tapping screws - Mechanical and physical properties
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 3613Metallic and other inorganic coatings - Chromate conversion coatings on zinc, cadmium, aluminium-zinc alloys and zinc-aluminium alloys - Test methods
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 3892Conversion coatings on metallic materials - Determination of coating mass per unit area - Gravimetric methods
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 6507-1Metallic materials - Vickers hardness test - Part 1: Test method
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 6508-1Metallic materials - Rockwell hardness test - Part 1: Test method
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 7085Mechanical and performance requirements of case hardened and tempered metric thread rolling screws
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 9227Corrosion tests in artificial atmospheres - Salt spray tests
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 10664Hexalobular internal driving feature for bolts and screws
As written on the certificate · Line 4 (A2LA 871.02)

CNS 4174; CNS 4175; CNS 11091; QEM 049; product specifications; ASME: B18.6.4 (Withdrawn 2005); B18.6.5M; B18.6.3; ASME B18.3; B18.3.1M; DIN 912; DIN 916; ISO 23429; Acument TORX TXQ 805.4; TXQ 803; ISO 10664; IFI 562; IFI 138; ASME B18.2.1; B18.2.9; JIS B1071

As written on the certificate · Line 4 (A2LA 871.01)

CNS 4174; CNS 4175; CNS 11091; QEM 049; product specifications; ASME: B18.6.4 (Withdrawn 2005); B18.6.5M; B18.6.3; ASME B18.3; B18.3.1M; DIN 912; DIN 916; ISO 23429; Acument TORX TXQ 805.4; TXQ 803; ISO 10664; IFI 562; IFI 138; ASME B18.2.1; B18.2.9; JIS B1071

ISO 10666Drilling screws with tapping screw thread - Mechanical and functional properties
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 15330Fasteners - Preloading test for the detection of hydrogen embrittlement - Parallel bearing surface method
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 16047Fasteners - Torque/clamp force testing
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ISO 23429Gauging of hexagon sockets
As written on the certificate · Line 4 (A2LA 871.02)

CNS 4174; CNS 4175; CNS 11091; QEM 049; product specifications; ASME: B18.6.4 (Withdrawn 2005); B18.6.5M; B18.6.3; ASME B18.3; B18.3.1M; DIN 912; DIN 916; ISO 23429; Acument TORX TXQ 805.4; TXQ 803; ISO 10664; IFI 562; IFI 138; ASME B18.2.1; B18.2.9; JIS B1071

As written on the certificate · Line 4 (A2LA 871.01)

CNS 4174; CNS 4175; CNS 11091; QEM 049; product specifications; ASME: B18.6.4 (Withdrawn 2005); B18.6.5M; B18.6.3; ASME B18.3; B18.3.1M; DIN 912; DIN 916; ISO 23429; Acument TORX TXQ 805.4; TXQ 803; ISO 10664; IFI 562; IFI 138; ASME B18.2.1; B18.2.9; JIS B1071

ASTM

ASTM A90Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM A370Standard Test Methods and Definitions for Mechanical Testing of Steel Products
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ASTM A380Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM A574Standard Specification for Alloy Steel Socket-Head Cap Screws
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM A967Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM B117Standard Practice for Operating Salt Spray (Fog) Apparatus
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM B487Standard Test Method for Measurement of Metal and Oxide Coating Thickness by Microscopical Examination of Cross Section
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM B568Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM B767Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM D3359Name not checked yet
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ASTM E18Standard Test Methods for Rockwell Hardness of Metallic Materials
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

ASTM E384Standard Test Method for Microindentation Hardness of Materials
As written on the certificate · Line 1 (A2LA 871.02)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

As written on the certificate · Line 1 (A2LA 871.01)

ASTM E18, F606/F606M; ISO 6508-1; ASTM E384, E92; ISO 6507-1; ISO 898-1, 898-2, 898-6 (Withdrawn 1994), 2320, 3506-1; ASTM A370, E8/E8M, F606/ F606M; SAE J429, J995; IFI 100/107; DIN 267-4; IFI 100/107, 124/125, 524/525; ISO 2320; DIN 267-15; ASME B18.16.6; Ford WE 950; DIN 946; JIS B1084; SAE USCAR 11; FORD WZ100, WZ101; ISO 16047; GMW3359, 3044; PSA C100054; ASTM D3359; ISO 2409; GM 9071P (Inactive 2012); GMW14829; GMW3044 - Sec. 3.3; ASME B18.6.3, B18.6.5M; F.I.P. 1000; SAE J78, J81, J1237; ISO 7085; DIN 7500-1; ISO 2702; ISO 898-7; SAE J933

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 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM F788Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM F812Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ASTM F2328Standard Test Method for Determining Decarburization and Carburization in Hardened and Tempered Threaded Steel Bolts, Screws, Studs, and Nuts
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 6157 series

ISO 6157-1Fasteners - Surface discontinuities - Part 1: Bolts, screws and studs for general requirements
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 6157-2Fasteners - Surface discontinuities - Part 2: Nuts
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

ISO 6157-3Fasteners - Surface discontinuities - Part 3: Bolts, screws and studs for special requirements
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

Other standards

ASME B18.6.3Machine Screws, Tapping Screws, and Metallic Drive Screws (Inch Series)
As written on the certificate · Line 3 (A2LA 871.02)

CNS 11091; QEM 049; QEM 061; ASME B18.6.3; ASME B18.6.4 (Withdrawn 2005); B18.6.5M; ASME B46.1; ASME B1.2; ASME B1.16M; ISO 1502

As written on the certificate · Line 3 (A2LA 871.01)

CNS 11091; QEM 049; QEM 061; ASME B18.6.3; ASME B18.6.4 (Withdrawn 2005); B18.6.5M; ASME B46.1; ASME B1.2; ASME B1.16M; ISO 1502

EN 15205Name not checked yet
As written on the certificate · Line 2 (A2LA 871.02)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

As written on the certificate · Line 2 (A2LA 871.01)

ASTM F606/F606M; F.I.P. 1000; SAE J81; SAE J1237; SAE J78; ISO 15330; SAE USCAR 7; ASME B18.13; ASME B18.13.1M; ASME B18.6.3; ASME B18.6.5M; IFI-112; SAE J78; SAE J81; SAE J423; SAE J1237; ISO 2702; ISO 7085; DIN 7500-1; ASME B18.6.3; ASME B18.6.5M; F.I.P. 1000; SAE J81; SAE J933; SAE J1237; ISO 7085; ISO 2702; DIN 7500-1; ISO 898-1; SAE J121; SAE J121M; ASTM F2328; ASTM F2328M; ASTM A574; ASTM A574; ASTM A574M; ASTM F788/F788M; ASTM F812/F812M; ISO 6157-1; ISO 6157-2; ISO 6157-3; SAE J123; SAE J122; ASTM B568; ASTM B487; ASTM A90/A90M; ASTM B767; ISO 3892; DIN 7504; F.I.P. 1000; SAE J78; ISO 10666; IFI-113; ASTM B117; ISO 9227; SAE/USCAR-1; GM 4465P; GM 14729; SAE/USCAR 8; ISO 3613; EN 15205; DIN 50993; ASTM A967; ASTM A380

Scope as published by A2LA

12 lines
A2LA

ISO/IEC 17025

Active

871.01

The scope document we hold says it is valid until 2027-07-31.

View scope
A2LA

ISO/IEC 17025

Active

871.02

The scope document we hold says it is valid until 2027-07-31.

View scope

Labs with overlapping accredited scope in Taiwan

Accreditation data refreshed from the A2LA register on .

This page mirrors a public register. For a purchasing, audit or regulatory decision, confirm against the A2LA entry linked above.