PFAS-FREE
NATURAL
PERFORMANCE LAMINATES
ENABLING NATURAL PERFORMANCE
Adding Performance.
Not Weight.
Cellulose-based membranes are one of the few 100%-natural alternatives to synthetic waterproof laminates.
Our technology integrates at the material level, allowing lightweight natural textiles to gain weather protection while preserving their aesthetics, handfeel and comfort: light, soft and extremely breathable.
WANT TO KNOW HOW FREYZEIN INTEGRATES INTO YOUR SUPPLY CHAIN?
Designed for
industrial adoption.
FreyZein® is designed to integrate into existing lamination and textile manufacturing processes—allowing partners to adopt next-generation natural performance materials easy and safe.
We work closely with our partners by providing membrane technology, application expertise and guidance on compatible natural materials—making it easy to bring next-generation performance textiles to market.
Want to be an early adopter able to process our innovation - are you a textile mill, laminator or garment manufacturer?
Let's work out how you can attract new customers and extend into an exciting new category of natural performance textiles and garments.
ADVANCING NATURAL PERFORMANCE.
FreyZein® collaborates with leading European research institutes, universities and industry partners to accelerate the future of natural performance materials.
Current research projects
Horizon Europe - BioFibreLoop
Circular biobased technical textiles with innovative bio-inspired non-toxic functionalisation.
13 Partner | 9 Countries | 3,5 Years | Budget: 6,5 Million € | https://biofibreloop.eu
FFG MicroTex
Bio-inspired Functional Textiles.
A new generation of PFAS-free, petrochemical-free functional textiles using bio-inspired microstructured coatings and renewable cellulose-based materials.
ThermoBioCell
European Space Agency
Research into aerocellulose-based thermal insulation for high-performance technical apparel — exploring lightweight, bio-based alternatives to conventional insulation for demanding cold-weather applications.
https://commercialisation.esa.int
