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MGA Research Corporation

4514 Speedway Boulevard, 35096, Lincoln, AL, United States

A2LA|1196.02ISO/IEC 17025Register refreshed 2026-09-25
Certificates
1
Scope items
4
Standards
19
Locations
11
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Register record

A2LARefreshed
1196.02Active

Accredited standards

19

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.

ASTM

ASTM D523Standard Test Method for Specular Gloss
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D570Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D792Standard Test Methods for Density and Specific Gravity (Relative Density) of Plastics by Displacement
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D903Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D1308Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D2240Standard Test Method for Rubber Property - Durometer Hardness
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D2842Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D3359Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D3575Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ASTM D3884Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO

ISO 178Plastics - Determination of flexural properties
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 845Cellular plastics and rubbers - Determination of apparent density
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 2796Cellular plastics, rigid - Test for dimensional stability
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 3386-1Polymeric materials, cellular flexible - Determination of stress-strain characteristics in compression - Part 1: Low-density materials
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 3386-2Flexible cellular polymeric materials - Determination of stress-strain characteristics in compression - Part 2: High-density materials
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 3451-1Plastics - Determination of ash - Part 1: General methods
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

ISO 5470-1Rubber- or plastics-coated fabrics - Determination of abrasion resistance - Part 1: Taber abrader
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

Other standards

AATCC 8Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

VDA 270Name not checked yet
As written on the certificate · Line 2 (A2LA 1196.02)

ASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1

Scope as published by A2LA

4 lines
A2LA

ISO/IEC 17025

Active

1196.02

The scope document we hold says it is valid until 2027-05-31.

View scope

Accredited scope, certificate 1196.02

LineDisciplineMethodMatrixRange
1mechanicalGM9505P Cycle M; ST-0013; ST-0039; PF-12063; ST-0037; GMW14493; ECE-17 P6.3 Acceleration; FMVSS 208 Simulation; FMVSS 301 Simulation; ECE-17 Annex 9 Luggage Retention; GMW3118; FMVSS 207-210; FMVSS 225; ECE-R14; SAE J826, Revision 1995-07 (Withdrawn); MIL-STD-202G (Method 213); MIL-STD-810G (Procedure VII)vehicle components-40 to 160 °C
2materialsASTM D523; ASTM D3359; ASTM D903; GMW14892; PF-9022; ISO 3451-1; ASTM D1308; GMW 3402; FLTM BN 112-08; LP- 463PB-31-01; WSS-M15P20 3.3.13; AATCC TM8; SAE J861; ISO 2796; SAE J883; FMVSS 302; GMW 3232; SAE J369; HES C206; HES D6003; TSM0500G; GB 8410; GS97038; DIN 75 200; DBL 5307.10; TL1010; GMW 3235; LP-463DB-12-01; SAE J1756; ASTM D570; ASTM D2842; ASTM D3575; D790; D1056; D1894; D3574; D3575; FLTM BN 015 -02; ISO 3386-1; ISO 3386-2; SAE J815; ISO 178; ASTM 624; D1894; D2261; D5034; D5035; D5587; GMW 3010; GMW3328; SAE J386; SAE J855; SAE J1351; VDA 270; FLTM BO 131-03; GMW 3205; SAE J365; ASTM D2240; ASTM D792D3574; D3575; ISO 845; ASTM D3884; GMW3208; SAE J948; SAE J1530; ISO 5470-1Materials-
3mechanicalECE R137; ECE R94; ECE R95; FMVSS 214; ECE R135; FMVSS 214--
4mechanical
For the tests to which this accreditation applies, please refer to the laboratory’s Mechanical Scope of Accreditation. Accredited Laboratory A2LA has accredited MGA RESEARCH CORPORATION Lincoln, AL for technical competence in the field of Mechanical Testing This laboratory is accredited in accordance with the recognized International Standard ISO/IEC 17025:2017 General requirements for the competence of testing and calibration laboratories. This accreditation demonstrates technical competence for a defined scope and the operation of a laboratory quality management system (refer to joint ISO-ILAC-IAF Communiqué dated April 2017). Presented this 15th day of May 2025 _______________________ Mr. Trace McInturff, Vice President, Accreditation Services For the Accreditation Council Certificate Number 1196.02 Valid to May 31, 2027 Revised January 8, 2026

Ranges are reproduced from the accredited scope document as published. An absent range means the register did not state one. Line numbers are ours, for cross-reference; they follow the order of the scope document.

Location

4514 Speedway Boulevard, Lincoln, AL, 35096, US

33.61316, -86.11831

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