Global testing and certification leader SGS has expanded its PFAS testing, verification, and supply chain risk management services to the automotive sector. Announced on June 11, 2026, from Baar, Switzerland, the move helps automotive manufacturers and suppliers navigate growing regulatory pressure on per- and polyfluoroalkyl substances — commonly known as 'forever chemicals.' For nonwoven and technical textile producers supplying automotive OEMs, these developments carry direct compliance implications. Stay current with the latest textile news on chemical regulations shaping global supply chains.
PFAS in Automotive and Technical Textiles
Per- and polyfluoroalkyl substances (PFAS) and fluoropolymers are deeply embedded in modern automotive manufacturing. Their exceptional heat-resistance, stain-resistance, and non-stick properties have driven widespread use across seals, tires, lubricants, refrigerants, and electronic assemblies.
The rise of electric and hydrogen-powered vehicles has intensified PFAS dependency further. Critical components — including fuel cells, power electronics, traction batteries, and advanced technical textiles and membranes — rely heavily on these compounds. This positions automotive as a key and growing market for nonwoven and technical textile suppliers worldwide.
SGS Comprehensive PFAS Solutions for Automotive
As the world's leading testing, inspection, and certification company, SGS now offers advanced analytical methods capable of detecting more than 600 individual PFAS compounds. This broad detection capability enables accurate compliance assessments and supports informed decision-making across complex automotive supply chains.
The SGS automotive PFAS service suite includes:
- PFAS testing and verification using advanced analytical methods
- Chemical management support for supplier compliance programs
- Supply chain audits for risk identification and control
- Readiness assessments for tightening global PFAS regulations
Joe Chen, Global Head of Hardlines and Automotive at SGS, stated: "At SGS, we recognize the automotive sector's urgent need for reliable, science-based solutions to support the transition away from PFAS. We continue to expand our capabilities so manufacturers and suppliers can operate with confidence in an increasingly complex regulatory environment."
These services integrate into SGS's IMPACT NOW sustainability initiative, which unites all sustainability solutions under four strategic pillars: climate, nature, ESG assurance, and circularity. Full details are available at www.sgs.com/impactnow.
The 'No PFAS Detected' Green Mark
SGS's voluntary 'No PFAS Detected' green mark provides independent third-party verification for businesses making credible PFAS-free product claims. The mark confirms that products meet defined 'no PFAS detected' criteria aligned with international regulatory expectations.
For automotive suppliers and technical textile producers, this certification delivers a tangible competitive advantage. It signals commitment to product safety and environmental responsibility — qualities increasingly demanded by OEMs and global procurement teams. As PFAS restrictions tighten across major markets, verified compliance will become a baseline requirement for supply chain access.
Frequently Asked Questions
What are PFAS and why are they used in automotive manufacturing?
PFAS (per- and polyfluoroalkyl substances) are synthetic chemicals valued for heat resistance, stain resistance, and non-stick performance. Automotive applications include seals, tires, lubricants, fuel cells, traction batteries, and advanced technical textiles and membranes.
What does the 'No PFAS Detected' green mark certify?
The 'No PFAS Detected' green mark from SGS is independent verification confirming that a product meets defined criteria showing no detectable PFAS content. It aligns with international regulatory standards and supports credible sustainability and product safety claims.
How many PFAS compounds can SGS identify in testing?
SGS uses advanced analytical methods capable of detecting more than 600 individual PFAS compounds. This comprehensive detection capability supports thorough compliance assessments for automotive OEMs, suppliers, and technical textile manufacturers.
