W Ak Cyclic Gore-Tex 2L Pants True Black
Waterproof trousers in
60 days to change your mind
No subject to promotional offersThe W Ak Cyclic Gore-Tex 2L Pants True Black for women from the brand Burton is a technical pant designed for ski and snowboard enthusiasts.
Made from 70D recycled nylon, these trousers feature the GORE-TEX® ePE 2L membrane, a lightweight, thin, and robust technology that offers optimal waterproofing and breathability. Its design with triple-stitched reinforced seams ensures great durability, while its production using recycled materials helps reduce water consumption and CO2 emissions.
Its articulated classic fit ensures a comfortable fit and freedom of movement ideal for sliding sports. Practical, it includes a contoured waistband with internal adjustment, external utility loops, zippered vents to regulate temperature, as well as several secure pockets including a thigh pocket. The integrated gaiters effectively protect against snow.
These trousers combine performance and functionality to accompany you with comfort and protection in all your winter adventures.
- Trousers in GORE-TEX®
- Classic fit
- Articulated cut
- Shaped waistband with internal adjustment
- Triple-stitched reinforced seams
- External utility loops
- Zipped vents
- Hand pockets
- Thigh pocket
- Integrated gaiters
Composition:
- Main fabric: 100% recycled Nylon 70D
- Membrane: GORE-TEX® ePE 2L
- Lining: Recycled taffeta
| GORE-TEX® ePE | The ePE (expanded polyethylene) membrane of the new GORE‑TEX® products marks a key step towards responsible performance, delivering highly durable, high-performance products designed for long-lasting use. The brand-new GORE‑TEX® ePE membrane is lightweight, thin, yet strong. To create a GORE-TEX product, the membrane is combined with carefully selected fabrics, such as recycled, solution-dyed, or undyed textiles***. * Contributes to Gore Textiles’s goal to eliminate environmentally concerning PFCs from the lifecycle of its consumer products. Here, this is achieved by using non-fluorinated materials. ** Thanks to the use of a new lower-mass membrane and selected textile(s) for laminates (Higg MSI) *** Depending on the laminate used |
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