As regulations surrounding the use of PFAS continue to accelerate globally across the fashion and outdoor industries, bluesign has updated its consumer-focused information platform on the subject. Through its new content, the company highlights the textile industry’s transition away from PFAS, the development of alternative chemistries and the growing impact of regulatory pressure. PFAS, defined as fluorinated chemicals, have long been widely used in outdoor apparel, performance textiles and technical fabrics due to their water-, oil- and stain-repellent properties. However, growing concerns regarding their persistence in the environment and potential effects on human health are increasing pressure on the industry.
New regulations are coming into force
As of 2026, new bans and restrictions on PFAS use are being implemented across several U.S. states and throughout Europe, placing the industry under a complex new regulatory framework. Different threshold values, transition deadlines and exemptions applied across various countries are making compliance processes increasingly complicated for globally operating brands. In addition, new chemical regulations and environmental claim rules introduced within the European Union are pushing brands toward more transparent and verifiable sustainability communication.
Alternative solutions come to the forefront
As the transition toward PFAS-free production gains momentum within the industry, alternative solutions such as polyurethane-, polyacrylate- and silicone-based finishes, as well as plant-based waxes, are becoming increasingly prominent. However, maintaining performance criteria such as water repellency, durability and product lifespan — particularly in outdoor and performance products — continues to present significant technical challenges. bluesign also announced that it has been progressively restricting PFAS use since 2015 and completed PFAS restrictions across all approved materials within its system as of January 2026. The company emphasises that chemical management should not rely solely on end-product testing, but must begin with controlling chemical inputs at the start of the production process. This approach is becoming increasingly important both for regulatory compliance and consumer trust.
