Circular fashion for all
Recover™ transforms textile waste into sustainable recycled fibers, closing the loop on fashion.
Circular fashion for all
Reduce, Reuse, Recycle
The Waste Hierarchy model is a tool developed to facilitate and optimize waste management in steps: Reduce, Reuse, Repair, Recycle, Recover and Disposal.
2024 Just Style Excellence Awards
Recover™ wins in the 2024 Just Style Excellence Awards in the category Marketing.
PYRATEX® and Recover™ announce partnership
PYRATEX® and Recover™ announce partnership to develop high-end fabrics from recycled cotton
Collaborations
As experts in sustainability and recycled cotton, we are the preferred partner to educate about circular fashion, as demonstrated by our brand collaborations with leaders in the fashion industry.
Reet Aus
Reet Aus
Rooted in Circularity
Rooted in Circularity
REICONICS (Jeanologia & Evlox)
REICONICS (Jeanologia & Evlox)
Our process
You might see waste, we see circular solutions.
Textile waste is our raw material, and we use it to create high quality recycled cotton fiber. Innovative technologies like Recover™ have the capability to turn textile waste (industrial waste and used garments) into high-quality recycled fibers that can be used again to create new garments, closing the loop on fashion.
Products
Best in class Recover™ fiber made from unblended recycled cotton fiber, suitable for overdyeing, using minimal solvents and water.
Our most valuable proprietary system. Recover™ recycled cotton fibers are blended with other carriers' fibers that have been low- impact dyed to create new fibers, in a full spectrum of unique colors and at the lowest environmental cost.
Sustainability
Low-impact, high-quality cotton fiber.
We are committed to achieving circular fashion for all and we promote circular design with supply chain and brand partners. Using Recover™ recycled cotton fibers drastically reduces the environmental impact of cotton garments and is an essential strategy to achieve the ambitious climate targets that the industry has set for 2030.
