National Exposure Testing
3211 Centennial Rd, 43560, Sylvania, OH, United States
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Register record
- A2LARefreshed
- 1197.01Active
Certificates and scope
1ISO/IEC 17025
Active1197.01
The scope document we hold says it is valid until 2026-10-31.
Accredited scope, certificate 1197.01
| Line | Discipline | Method | Matrix | Range |
|---|---|---|---|---|
| 1 | mechanical | ASTM D3359; DIN EN ISO 2409; FLTM BI 106-01; Fuji TS430-07-089; GM 9071P; HES D6501 Section 3.6; GMW14829; Inteva MX900161; ISO 2409; JIS K5600-5-6; Navistar MPAPS GT-Paint GT-5A; NES M0007 Section 29; ASTM D870; Caterpillar MG1004-151; FLTM BI 104-01 | Fasteners | -70 to 220 ºC |
| 2 | materials | HES D6501; HES S84; Navistar MPAPS GT-Paint GT-7G; NES M0007; TSH 1551G; ASTM D3170; Delphi DX 900163; GM 9508P; GMW14700; Inteva MX900163; SAE J400; TSH 1553G; ICC-ES AC257; ASTM D1735; ASTM D2247; ASTM D4585; ASTM G198; DIN EN ISO 6270-2; Fuji TS430-07-089; GM 4465P; GMW3044; GMW4700; GMW14729; Inteva MX900159; ISO 6270-2; Navistar MPAPS GT-Paint GT-7E; SAE-AMS-STD 753B; Subaru TS312-01-051; TSH 1505G; ASTM B117; DIN EN ISO 9227; GMW3286; FCA 50180 A1; FLTM BI 103-01; HES D6001; IEC 60068-2-11; ISO 9227; John Deere JDQ 115; JIS H8502; JIS Z2371 | - | - |
| 3 | materials | MIL-STD 810 (Method 509.6 Salt Spray); Navistar MPAPS GT-Paint GT-7D; NES M0140; Tesla TS-0004813; TSH 1552G; ASTM C1503; ASTM G85 Annex 1; DIN EN ISO 9227 AASS; ISO 9227 AASS; JIS Z2371; ASTM D3363; Fuji TS430-07-089; HES D6501 (Section 3.5); HES S84 (Section 6.4); ISO 15184; JIS K5600-5-4; Navistar MPAPS GT-Paint GT-4D; NES M0007 Section 26 Manual; TSH 1500G; TSH 1539G; GM 9506P (inactive 2013)1; GM 9507P (inactive 2011)1; ASTM D7091; ASTM B499; FLTM BI 117-01; Fuji TS430-07-089; ISO 2808; HES D6501 Sec. 3.2; ASTM D4752; ASTM D5402; FCA LP 463PB-31-01 Method J; GM 9509P (superseded 2012)1; GMW15891; Inteva MX900120; Navistar MPAPS GT-Paint GT-14A; TSH 1551G (Section 5.2); ASTM G198; Daimler 49-00023 (10.9); Daimler 49-00087 (8.2) | - | - |
| 4 | materials | FCA LP-463PB-22-01; FCA MS-10943; Delphi DX900115; FLTM BI 123-01; FLTM BI 123-02; FLTM BI 123-03; Ford TM 00.00-L-467; GM 9505P (Cycles A-O); GM 9511P; GM 9540P; GM 9619P; GMW14124; GMW14872; GMW15288; HES D6001 CC; Honda DWG.5100Z-SE0-0000 (CCT portion); IEC 60068-2-52; ISO 11997-1 Cycles A-D; ISO 12944-6 Annex B; JASO M609; JASO M610; Navistar MPAPS GT-Paint GT-7D; NES M0007 Section 34; NES M0158, CCT-I; NES M0158, CCT-IV; Peugeot B21 7130 (Appendix 3); SAE J2334; Tesla TP-0000808 (Humidity Fog); VDA 233-102; VDA 621-415; Volvo STD 423-0069; Volvo VCS 1027, 1449; FCA LP-463PB-52-01; Navistar MPAPS GT-Paint GT-30; ASTM G85 (Annexes 2, 3 and 5); ASTM B368; DIN EN ISO 9227 CASS; FLTM BQ 105-01; GMW14458; ISO 9227 CASS; JIS H8502 (Section 7.3); JIS Z2371; ASTM B380 | - | - |
| 5 | materials | ASTM D5894; ISO 20340 (Annex A); ASTM D4587; ASTM G151; ASTM G154; Honda DWG 4271Z-TV0-E000; IEEE C57.12.28-2014; IEEE C57.12.31-2020; ISO 16474-3; ISO 4892-3; ISO 11507 (Method A); NES M0007 (Section 48 UV Method); SAE J2020; ASTM D2803 (Procedures A-C); HES D6501 (Section 3.16.1); IEC 60068-2-52; NES M0007 Section 35; Subaru TS312-01-051; ASTM B537; ASTM D610; ASTM D714; ASTM D1654; DIN EN ISO 4628-2; DIN EN ISO 4628-3; DIN EN ISO 4628-8; GM 8101G (superseded 2009)1; GM 9102P (superseded 2010)1; GMW15282; GMW15357; GMW15359; ISO 4628-2; ISO 4628-3; ISO 4628-4; ISO 4628-5; ISO 4628-8; ISO 10289; ISO 17872; Ford WSS-M2P177-A1-5 (Section 3.5.7); HES D6001 (Section 4.4.1); HES D6501 (Sections 3.20.1 and 2); TSH 1551G (Section 9); ASTM D6944 (Method B); Ford WSB-M1P83 (Section 3.8.2); GM 4372M (Section 3.5.2) | - | - |
| 6 | materials | GMW14668 3.4.9; HES D6001 (Section 4.4.1); HES D6501 (Section 3.29); Navistar MPAPS GT-Paint GT-14C; NES M0007 Section 46; TSH 1551G; Delphi DX551200; Delphi DX551300; GMW3044; GMW4700; Inteva MX551200; Inteva MX551300; ASTM E70; ASTM D1293; ASTM D1125; ASTM D1429; FCA MS-PB1-2; Honda DWG.5100Z-SE0-0000; Honda DWG 5100Z-TR0-6000; Tesla TS-004813; Tesla TS-1044372-00-AE; Fuji TS430-07-089; TSH 1550G; IEEE C57.12.28-2014; C57.12.31-2020; ASTM D523; FLTM BI 110-01; HES D6501 Method 3.3; ISO 2813; NES M0007 Section 21; IEEE C57.12.31-2020(Section 5.4.4); IEEE C57.12.28-2014 (Section 5.5.4); IEEE C57.12.29-2023 (Section 5.5.4); ASTM D2244; ASTM E1331 | - | - |
| 7 | materials | GMW17218; NES M0007 Method 58; HES D6501 3.12 | - | - |
| 8 | mechanical | - | - | - |
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
Labs with overlapping accredited scope in United States
- Applus Reliable AnalysisMadison Heights, MI · ~104 kmA2LAShares 2 accredited test methodsASTM D3359ASTM G154
- Michigan Testing InstituteSterling Heights, MI · ~111 kmA2LAShares 2 accredited test methodsASTM D3359ASTM D523
- Technical Finishing, Inc. - TestFlint, MI · ~144 kmA2LAShares 2 accredited test methodsASTM D3359ASTM D523
- ICC Evaluation ServiceElkhart, IN · ~190 kmA2LAShares 2 accredited test methodsASTM D3359ASTM D523
- Aerospace Testing ServicesNorman, OK · ~1,394 kmA2LAShares 2 accredited test methodsASTM D3359ASTM D523
Accreditation data refreshed from the A2LA register on .
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