Tamok Gore-Tex Jacket M'S Winter Twig
Other colors available
60 days to change your mind
No subject to promotional offersThe Tamok Gore-Tex Winter Twig waterproof jacket for men from Norrona is ideal for off-piste skiing, but can also be used on the piste.
Equipped with a waterproof, breathable and windproof 2-layer GORE-TEX membrane, this jacket provides an optimum level of protection that lasts, keeping you perfectly dry when the weather gets rough.
Strategically-placed vents ensure excellent air circulation and ideal interior moisture management when you're exercising.
This resistant jacket has a helmet-compatible hood, shoulder and elbow reinforcements, a number of functional zipped pockets and adjustable features to suit you and the weather.
Its long-lasting cut provides excellent coverage and greater comfort in use.
Norrona Collection - Autumn-Winter 2024/2025
- Helmet-compatible hood, one-hand adjustment
- Smooth fleece chin guard
- Full zip closure
- Underarm and chest ventilation
- Spacious chest pocket
- 2 zipped lower pockets with flaps
- Zipped sleeve pocket
- Internal zipped pocket
- One-hand adjustable bottom hem
- Removable snow skirt and laminated woven gaiters
- Regular cut
- PFC-free DWR water-repellent treatment
- Certified bluesign® and Oeko-Tex®
Materials:
- Main fabric GORE-TEX ePE 2 layers: 100% Recycled Nylon - 70D - 100 g/m²
- 2 layer GORE-TEX shoulder and elbow reinforcements: 100% Recycled Polyester - 150D - 180 g/m²
- Mesh lining: 100% Recycled polyester
| The ePE (expanded polyethylene) membrane in new GORE-TEX products is a key step on the road to responsible performance, providing high performance, durable products engineered for long life. 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. *Contributing to Gore Textiles' goal of eliminating PFCs of environmental concern 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 a lower mass and the textile(s) selected for the laminates (Higg MSI). *** Depending on the laminate used. |
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