ELEVATING TEXTILES. EMPOWERING INDUSTRIES.
At Milliken, we engineer textiles that protect people, enhance vehicles, and reinforce infrastructure—advancing science to meet the toughest industry demands. Our focus is on creating purposeful solutions that drive progress.
OUR CAPABILITIES AND EXPERTISE
CONNECT WITH US
We engineer high-performance textiles designed to meet the demands of your industry. Whether optimizing protection, durability, or performance, our solutions are built for real-world challenges. Let’s collaborate to create what’s next.
Milliken Leads the Way in PFAS-Free Materials for Firefighter Gear
Milliken becomes the first textile manufacturer to offer PFAS-Free materials across all layers of firefighter turnout gear, ensuring safety without compromise.
Milliken Offers Non-PFAS Materials for Every Layer of Turnout GearIntroducing Milliken Assure™: A New Standard in Moisture Barriers
Milliken launches Assure, North America’s first PFAS-Free, non-halogenated FR moisture barrier for firefighter turnout gear—raising the bar for protection and performance.
Milliken and Company Introduces Milliken AssureFlame-Resistant Fabrics for Artemis Astronauts
Milliken partners with NASA to develop next-to-skin flame-resistant fabrics for Artemis astronauts, ensuring safety in extreme environments.
Milliken Developing Flame-Resistant Fabrics for Artemis AstronautsPolartec® Power Shield™ Pro Wins R&D 100 Award
Milliken’s Polartec® Power Shield™ Pro earns the prestigious R&D 100 Award, recognized for its breakthrough waterproof and breathable fabric technology.
Milliken and Company Celebrates RD 100 Award for Polartec Power Shield Pro“PFAS-free" refers to the absence of intentionally added per- and polyfluoroalkyl substances (PFAS) in the formulation and manufacture of Milliken textile fabrics and finishes below 50 ppm of total organic fluorine using combustion ion chromatography or other similar methods. While PFAS chemistries are not deliberately used, trace levels may be present due to background environmental interference or limitations in current analytical detection methods.