



Warm ski mittens in
The Reusch Puffy R-TEX® XT Mitten Orchid Haze/Black from the brand Reusch is a women's mitten designed for skiing and snowboarding, combining warmth and performance to face the most demanding winter conditions.
These mittens are made with a waterproof, windproof, and breathable R-TEX® XT membrane, providing excellent protection against the elements while offering great freedom of movement thanks to its thin and stretchy fabric. The PRIMALOFT® GOLD insulation effectively retains body heat, even in damp conditions, for optimal thermal comfort. The SoftPlush lining adds softness and warmth inside, while the MicroActive technology wicks moisture away to keep hands dry and comfortable during exertion. With their long snow skirts and reinforced fingertips, these mittens guarantee a perfect fit and enhanced durability for your mountain outings.


- Warm mittens
- Long snow gaiters
- Reinforced fingertips
- Wrist drawcord
- Connecting clip between gloves
Composition :
- 70% Polyester, 30% Polyurethane
- R-TEX® XT membrane
- PRIMALOFT® GOLD insulation
- SoftPlush lining
- MicroActive technology
| R-TEX® XT | Waterproof, windproof and breathable membrane. Very thin, flexible and stretchy fabric to provide you with great freedom of movement. Moisture is quickly evacuated to the outside. |
| PRIMALOFT® GOLD | The PRIMALOFT® GOLD insulation is a must-have for adventurers seeking warmth. The most effective reference in 100% synthetic insulation, it is made of microfibres and retains body heat. PRIMALOFT® GOLD promotes water flow to the outside and protects even in heavy rain. It also retains 98% of its warmth when wet, while remaining breathable. |
| SoftPlush | The SoftPlush lining offers a soft, warm and pleasant interior touch. It provides optimal comfort inside the glove while helping to retain heat to keep hands comfortably warm. |
| MicroActive | This technology is designed to promote effective moisture evacuation. It helps transport sweat to the outside to keep hands drier and more comfortable during exertion. |