€50.00
€50.00
COMFORT ON LONG SKI TOURS
Comfortable, anatomically shaped long socks with merino and slight compression for ski tourers
Highlights
• Balanced compression to prevent fatigue
• Optimal, friction-free fit
• Super breathable and moisture regulating
The SKI TOUR COMP LONG SOCKS for men are the perfect companion for long, demanding ski tours. Thanks to their balanced compression, these technical long socks will breathe new life into tired feet.
Whether ascending or descending, our calf muscles have to absorb numerous knocks and vibrations. The muscles are placed under continuous stress and can quickly fatigue. By gently distributing the pressure over the ankles and calves, the balanced compression system effectively prevents premature muscle fatigue.
Thanks to their merino wool content, the SKI TOUR COMP LONG SOCKS for men are naturally moisture regulating, odor neutralizing and pleasantly soft on the skin. Moisture channels and a ventilation system in the calf area improve breathability. Additional cushioning is provided by the padded heel and toe area, which also protects against rubbing. The ergonomic right and left shaping as well as the elastic double cuff and special ankle-stabilizing zone prevent the socks slipping and guarantee a perfect fit.
All these technical details and a casual design make the SKI TOUR COMP LONG SOCKS for men the first choice for demanding ski tourers.
Caution! Keep the polybag used for product packaging away from babies and children. This bag is not a toy! Choking hazard!
EAN 4251877761044
Ideal Usage
- Flat body construction
- Elasticated double cuffs
- Ventilation and support on the calf
- Uniform compression system
- Moisture channels
- Ankle stabilization zone
- Cushioned heel and toe area
- Webbing system
- Ergonomically optimised right/left fit
- Flat toe seam
- Made in Europe
Our sustainable MERINO WOOL comes from monitored, ethical sheep farms. It is comfortably soft, easy to care for, and provides an optimum body climate thanks to its moisture- and temperature-regulating properties.
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