FAQs

PFAS is a family of synthetic chemicals engineered for heat, water, and corrosion resistance, qualities that make them near-impossible to swap out in demanding applications. You'll find them in semiconductor manufacturing, medical implants, and automotive components, frequently buried inside coatings or process chemistry rather than listed as a raw material on any spec sheet. That's what turns PFAS into a sourcing headache instead of just a sustainability footnote.

Because performance drops when you take PFAS out. Replacement materials cost more, don't always scale to production volumes, and rarely match the exact resistance properties PFAS offers. Semiconductors and medical device makers have it worse. Swap the wrong material into a chip fab process or an implantable device, and you risk the whole product failing spec.

US states aren't waiting for federal action. Reporting mandates are already in effect in several states, and phased product bans are expected to spread through 2030. Europe is weighing something bigger: a class-wide restriction under REACH that would cover PFAS as a category rather than chemical by chemical, and a food-packaging ban takes effect there in August 2026. Canada's approach is still taking shape, treating PFAS as one regulated class. Across APAC, domestic rules lag, but exporters feel the pressure anyway because they still must meet EU and US import standards.

With visibility, not action. Most companies have no idea where PFAS enters their value chain, especially past Tier 1, where a lot of exposure hides. Once that mapping exists, qualifying alternatives and rewriting supplier contracts for disclosure become the next real steps. Skip the mapping stage, and you're just guessing.