Polartec, a provider of innovative and sustainable textile solutions, has announced the latest advancement of awardwinning Polartec Power Air fabric technology. The knit construction that encapsulates air to retain warmth and reduce fibre shedding is now made to be 100 per cent recyclable and circular, and also 25 per cent lighter than the initial product. Polartec Power Air launched last year with brands like Houdini, Adidas, Burton and NOBULL, is an innovative platform offering advanced thermal efficiency by encapsulating lofted fibres within a multilayer, continuous yarn fabric construction. Insulation that effectively regulates core body temperature has traditionally been achieved via lofted or high pile knit structures that hold warm air.
Polartec Power Air, launched last year with brands like Houdini, Adidas, Burton, and Nobull, is an innovative platform offering advanced thermal efficiency by encapsulating lofted fibres within a multilayer, continuous yarn fabric construction. Insulation that effectively regulates core body temperature has traditionally been achieved via lofted or high-pile knit structures that hold warm air. As the first fabric construction to encase air with a continuous yarn, initial versions of Polartec Power Air are proven to shed at least five times less than other premium ‘mid-layer’ weight fabrics. The foundational technology platform will eventually provide shedding reduction to all existing apparel categories (including insulation, lightweight next to skin, and extreme weather protection), according to Polartec. “Polartec Power Air is a step forward in reducing the environmental impact of what we make and wear. It’s a whole new experience with its distinctive aesthetics and drag-free, lively performance. We continue to tap into the potential of this new fabric construction, and we’re now able to make it fully recyclable and circular, while simultaneously making it lighter weight,” Steve Layton, president of Polartec said.
The culmination of a multi-year development consisting of thousands of work hours and countless iteration, Power Air is a product of Polartec Eco-Engineering. “Polartec invented the process of knitting technical fleece from post-consumer plastic bottles in 1993, upcycling over one and a half billion bottles to date and continues to lead the industry in offering durable fabric technologies made of recycled and recyclable content,” the company adds. “Polartec introduced its 100 percent recycled Polartec Power Fill insulation in 2018, which eliminates the need for wasteful and non-recycled carrying agents used in other insulation options. Now fully recyclable and circular Power Air is the latest product of the Polartec Eco-Engineering mission to create fabrics that further reduce environmental impact.”
Polartec Power Air has received numerous awards around the world for its breakthrough future fabric construction technology:
• ISPO Award 2020: Houdini Mono Air
• Outdoor Retailer Innovation Awards 2020
• Trail Magazine Ethical Choice
• ISPO TexTrends 2019 – Best Product
• 2019 SKI Gear of the Year
• 2019 R&D 100 Award
• 2019 Sourcing Journal ‘Sustaining Voices’ Honoree
• EcoSport Awards
• Backpacker 2019 Editors’ Choice Awards – Green Award
• World Textile Information Network ‘Future Textile Award for Best Innovation: Sustainable Textiles’
Crafted from recycled polyester and elasterell-polyester, 100% recyclable Polartec Power Air fabric will become available to consumers in Fall 2020, when Swedish sportswear brand Houdini releases its Houdini Mono Air Half-Zip and Houdi products.
Polartec, a provider of innovative and sustainable textile solutions, has announced the latest advancement of awardwinning Polartec Power Air fabric technology. The knit construction that encapsulates air to retain warmth and reduce fibre shedding is now made to be 100 per cent recyclable and circular, and also 25 per cent lighter than the initial product. Polartec Power Air launched last year with brands like Houdini, Adidas, Burton and NOBULL, is an innovative platform offering advanced thermal efficiency by encapsulating lofted fibres within a multilayer, continuous yarn fabric construction. Insulation that effectively regulates core body temperature has traditionally been achieved via lofted or high pile knit structures that hold warm air.
