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Ortles GTX 3L Epe Pants M Black Out
Protective pants in
60 days to change your mindThe brand's women's Ortles GTX 3L Epe Pant Willow protective Salewa trousers are suitable for intense and technical activities such as ski touring or mountaineering.
This waterproof, windproof and breathable 3-layer model has been developed and tested on high mountain routes to withstand even the harshest weather conditions. Its new GORE-TEX ePEmembrane, which is flexible and environmentally responsible, provides reliable and comprehensive protection against the elements, while keeping weight to a minimum. Its PFC-free water-repellent treatment and welded seams add an extra barrier against water and moisture intrusion.
Functional and practical, it features an adjustable elastic belt, pre-shaped knees and reinforcements on the lower legs. It also has several pockets with waterproof zips. Finally, ventilation zips on the sides allow you to quickly cool down during the climb.
- Elasticated belt adjustable with velcro fastening
- Belt with 3 loops for braces
- High waist, elasticated and breathable at the back
- Ergonomic pre-shaped knees
- Waterproof cargo pocket(s)
- Two-way side zip
- Leg hems compatible with ski boots
- Fully heat-sealed seams
- Hook at the lower part for binding to shoes
- Zipped gusset at the bottom of the legs
- Lower leg reinforcement
Materials:
- 100% recycled Polyamide without PFAs
- PFC-free water-repellent treatment
| GORE-TEX ePE | The ePE (expanded polyethylene) membrane in the new GORE‑TEX products is a key step on the road to responsible performance, providing high-performance, long-lasting products designed to last. The all-new GORE‑TEX ePE membrane is light, thin but strong. To form a GORE-TEX product, the membrane is combined with carefully selected fabrics, such as recycled, solution-dyed or undyed*** fabrics. * Contributes to the objective of Gore Textiles eliminating environmentally concerning PFCs from the life cycle of its consumer products. Here, the objective is achieved by using non-fluorinated materials. ** Thanks to the use of a new membrane with lower mass and the textile(s) selected for the laminates (Higg MSI) *** Depending on the laminate used |
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