🇵🇱 EUROFINS ENVIRONMENT TESTING POLSKA Sp. z.o.o. PL
Materials & polymersConstructionPetrochemistry & fuels
EUROFINS ENVIRONMENT TESTING POLSKA Sp. z.o.o. is a laboratory accredited by PCA under number AB 1609 (Malbork, Poland). Its accreditation scope covers 7 test methods in the following areas: Materials & polymers, Construction, Petrochemistry & fuels. Test objects include: Building materials and products that may contain asbestos intention…, Building materials, construction products, construction works inclu…, Building materials and construction products containing mineral sub…, Building materials and construction products containing mineral sub…. Most frequently used techniques: Method: polarized light optical microscopy; Method: transmission el…, Method: scanning electron microscopy with EDS, Method: polarized light optical microscopy; Method: transmission el….
At a glance
- Accreditation number: PCA AB 1609
- Methods in scope: 7
- Types of test objects: 5
- Techniques used: 3
- City: Malbork, Poland
- Accreditation number
- AB 1609
- Accreditation body
- PCA
- Address
- al. Wojska Polskiego 90, 82-200 Malbork
- City
- Malbork, Poland
What this laboratory tests (5)
- Building materials and products that may contain asbestos intentionally added in the technological process (gypsum, cellulose, cements/carbonates, polymers, hydrocarbons) — 2 methods
- Building materials, construction products, construction works including road materials — 2 methods
- Building materials and construction products containing mineral substances in which asbestos may occur naturally (road materials, concretes, plasters) in materials which may contain asbestos added intentionally in the technological process — 1 method
- Building materials and construction products containing mineral substances in which asbestos may occur naturally (road materials, concretes, plasters) in raw materials — 1 method
- Building materials, construction products, building structures. — 1 method
Analytical techniques used (3)
- Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS — 3 methods
- Method: scanning electron microscopy with EDS — 3 methods
- Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS using artificial intelligence (AI) — 1 method
Certificate information
- Issue date
- 15.07.2026
- Issue no.
- 14
Accreditation scope — test methods (7)
| No. | Test object | Methodology / Parameters | Technique | Reference document | |
|---|---|---|---|---|---|
| Test methods | |||||
| 1 | Building materials and products that may contain asbestos intentionally added in the technological process (gypsum, cellulose, cements/carbonates, polymers, hydrocarbons) | Detection and identification of fibres classified as asbestos | Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS | Health and Safety Executive (HSG 248, 2nd edition of 2021) Appendix 2; NF X 43-050: July 2021; French law: Arrêté of 1 October 2019 as amended by the Arrêté of 26 December 2019 and by the Arrêté of 3 June 2025 on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses | |
| 2 | Building materials and products that may contain asbestos intentionally added in the technological process (gypsum, cellulose, cements/carbonates, polymers, hydrocarbons) | Detection and identification of fibres classified as asbestos | Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS using artificial intelligence (AI) | Health and Safety Executive (HSG 248, 2nd edition of 2021) Appendix 2; NF X 43-050: July 2021; French law: Arrêté of 1 October 2019 as amended by the Arrêté of 26 December 2019 and by the Arrêté of 3 June 2025 on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses | |
| 3 | Building materials and construction products containing mineral substances in which asbestos may occur naturally (road materials, concretes, plasters) in raw materials | Detection and identification of fibres classified as asbestos | Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS | Health and Safety Executive (HSG 248, issue 2 of 2021), Annex 2; NF X 43-050: July 2021; French law: Order of 1 October 2019, as amended by the Order of 26 December 2019 and the Order of 3 June 2025, on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses; IMA 12: Principles of petrographic and mineralogical classification | |
| 4 | Building materials and construction products containing mineral substances in which asbestos may occur naturally (road materials, concretes, plasters) in materials which may contain asbestos added intentionally in the technological process | Detection and identification of fibres classified as asbestos | Method: polarized light optical microscopy; Method: transmission electron microscopy with EDS | Health and Safety Executive (HSG 248, 2nd edition of 2021) Appendix 2; NF X 43-050: July 2021; French law: Arrêté of 1 October 2019 as amended by the Arrêté of 26 December 2019 and by the Arrêté of 3 June 2025 on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses | |
| 5 | Building materials, construction products, construction works including road materials | Detection and identification of asbestos | Method: scanning electron microscopy with EDS | VDI 3866 Part 5 (including Annex B), edition June 2017 | |
| 6 | Building materials, construction products, construction works including road materials | Determination of low fibre content classified as asbestos Range from 0,008% to 1% by mass |
Method: scanning electron microscopy with EDS | BIA Arbeitsmappe 7487 (BIA workbook) Version X/2003, 31. Lfg (31st supplement) | |
| 7 | Building materials, construction products, building structures. | Detection and identification of man-made mineral fibres | Method: scanning electron microscopy with EDS | VDI 3866 part 5, issue June 2017 SEM-P-SEM-DSC4174 issue 7 of 02.06.2026 | |
Reference standards (5)
BIA Arbeitsmappe 7487 (BIA workbook) Version X/2003, 31. Lfg (31st supplement)
Health and Safety Executive (HSG 248, 2nd edition of 2021) Appendix 2; NF X 43-050: July 2021; French law: Arrêté of 1 October 2019 as amended by the Arrêté of 26 December 2019 and by the Arrêté of 3 June 2025 on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses
Health and Safety Executive (HSG 248, issue 2 of 2021), Annex 2; NF X 43-050: July 2021; French law: Order of 1 October 2019, as amended by the Order of 26 December 2019 and the Order of 3 June 2025, on the procedures for analysing materials and products likely to contain asbestos, staff competence requirements and the accreditation of bodies performing these analyses; IMA 12: Principles of petrographic and mineralogical classification
VDI 3866 Part 5 (including Annex B), edition June 2017
VDI 3866 part 5, issue June 2017 SEM-P-SEM-DSC4174 issue 7 of 02.06.2026