UYN Cashmere Ski Socks Women grey stone/pearl

The UYN SKI CASHMERE is warm, soft, light and resistant. Therefore, it gives you and your feet everything you need on the piste. Your shin bones and ankles are protected by special parts. The materials NATEX, Merino WOOL and CASHMERE also allow optimum climate regulation and efficient moisture transport.

Cool Air Flow
3D micro-channel structure for air circulation; keeps feet dry and at a comfortable temperature.

Preshock Shield
 Absorbs shocks and protects the sensitive Achilles tendon with a 3D knitted structure.

Shockwave padding
Absorbs shocks and impacts especially in exposed areas of the foot. Pressure is distributed evenly along the shockwave lines and thus being reduced significantly.

Fusyon Cashmere
Taken from the goat of the same name, cashmere wool combines exceptional properties and is known for the highest level of wear comfort. It’s extremely soft and is also every effective in providing warmth. Other impressive features are its low weight, resilience and stability. It efficiently removes moisture and allows the skin to breathe. The latest pioneering accomplishment of the UYN brand is the fusion of finest cashmere hair with Primaloft insulation yarns in a single product. Combining exceptional softness and lightness with outstanding thermal properties, the products achieve a whole new level of comfort and functionality.

Merino Wool
Merino Wool is appreciated around the world as a merino wool. It’s famous for its minimal weight and seductively soft feeling on the skin. UYN further optimizes these outstanding material characteristics through a special manufacturing technology that combines merino and FIBRESIST to achieve a pleasantly soft and a quick drying result.

NATEX
With the special NATEX thread, UYN lets nature work for your wellbeing. NATEX is especially light and reduces the weight of the base layer by 25 percent. NATEX garments dry up to 50 percent faster than comparable nylon clothing. The 100 %-natural organic fiber is more elastic and the bacteriostatic effect minimizes odors.