PERFORMANCE APPAREL FABRICS THAT WORK AS HARD AS YOU

Trusted by professionals in demanding fields, they deliver critical protection and performance when it matters most, making Milliken fabrics the perfect fit, time after time.

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polartec fleece fabric

Made to Go Beyond in Performance Fabrics

Polartec® sets the standard for advanced outdoor textile innovation. Our full line of performance fabrics delivers unrivalled comfort, protection, and versatility—no matter the conditions. From base layers that wick moisture and breathe next to your skin, to insulation that keeps you warm in the harshest environments, Polartec fabrics are trusted by leading outdoor brands and professionals worldwide.

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Westex fabric

An Unwavering Commitment to FR Safety

Market proven, with tens of millions of yards in the field, our Westex brand protective fabrics integrate safety and comfort to deliver the most wearable flame-resistant and arc-rated (FR/AR) PPE possible. Our efforts don't stop with engineering and innovation. Through extensive educational outreach, we've helped workers better understand electric arc flash, flash fire and other thermal hazards. We work tirelessly to solve real-world problems that make the industries we serve safer and smarter.

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DISCOVER OUR PERFORMANCE APPAREL FABRICS

From custom apparel solutions to off-the-shelf fabrics, Milliken offers endless possibilities in performance apparel, all developed with PFAS-free chemistries. Whether you need wrinkle-resistant, easy-care fabrics or durable, flexible materials, our textiles deliver lasting performance in a range of colours and finishes. Every fabric is designed to balance comfort and function. Connect with us today to find the perfect solution for your needs.
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"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.