Per- and polyfluoroakyl substances (PFAS) are a diverse and expanding group of synthetic chemicals. Their key properties of flame retardancy, chemical inertness, hydrophobicity and dielectric strength mean they are used throughout the electronics industry.
Now recognized as harmful to human and animal health, governments around the world are introducing stringent regulations to restrict their use. Our compliance solutions help you meet PFAS requirements, mitigate risk, ensure product differentiation and build consumer trust.
Our services include:
- Raw materials testing:
Targeted assessment of raw materials for PFAS using one of three methodologies, depending on your product and level of risk:
- Targeted PFAS quantitative analysis – covers common PFAS, letting you ensure compliance with REACH and POP regulations
- Total fluorine and total organic fluorine – a preliminary check for raw materials, whether PFAS have been intentionally added
- Non-targeted PFAS-screening analysis – covers more PFAS, ideal for high-risk raw materials
- Fluoropolymer composition analysis – unlock the name and composition of fluoropolymer, which is a subset of PFAS
- Finished product verification:
Evaluate the risks associated with different materials in the finished product and valid finished products for PFAS compliance at a lower cost and higher efficiency.
- PFAS-assessed mark:
Highlights the better chemistry of a product or packaging. Each mark has a QR code that allows consumers to confirm that the mark and claim are authentic, and provides link to a quick summary of the specifics of the certification
PFAS in electrical and semiconductor products
Why choose SGS?
With our unrivaled global network of laboratories and a dedicated team of experts, we are the global leader in PFAS testing. Whether you need rapid turnaround, regulatory compliance, or innovative testing solutions, we deliver.
Contact us for more details on how we can support your PFAS testing needs.
Megapark Business Centre, Floor 6, Office C, 115G Tsarigradsko Shosse Blvd.,
1784,
Sofia, Bulgaria