Men's UYN Ski One Merino black/lime ski socks (S100274)

The UYN Ski One Merino men's skiing socks in black/lime have been designed for demanding users seeking maximum comfort during activities on the slopes. The modern construction combines advanced ZEROCUFF technology with carefully selected fibre blends that determine functionality in the most challenging winter conditions.

Material Blend and Thermal Properties

The composition of the UYN Ski One Merino socks features high-quality yarns such as polyamide, acrylic, natural merino wool, polypropylene, and elastane, ensuring excellent durability and flexibility. Merino wool provides adequate thermoregulation and effectively wicks moisture away from the skin. The addition of polypropylene and elastane enhances resistance to stretching and allows for an anatomical fit even during intense descents.

Comfort and Flexibility of the Construction

The high wearing comfort of the UYN Ski One Merino model is achieved through a thoughtful material structure and the use of elastic fibres that ensure freedom of movement. The durable base material guarantees long-lasting use during the skiing season. The flexibility of the construction translates into excellent adherence to the foot and calf, preventing the socks from shifting in the boot and helping to protect against chafing.

UYN Ski One Merino men's skiing socks black/lime - features:

• ZEROCUFF technology alleviating pressure on the calf and improving circulation;
• Up to 50% merino wool content for optimal thermoregulation;
• Polyamide, acrylic, merino wool, polypropylene, elastane;
• Anatomical fit achieved through the use of elastic fibres;
• Durable material resistant to stretching and abrasion;
• Very good wearing comfort even during a long day on the slopes;
• Moisture wicking and quick drying thanks to polypropylene;
• No traditional cuff reducing the risk of chafing and pressure points;
• Freedom of movement ensured by the appropriate flexibility of the construction;
• Stabilisation of the sock in the ski boot during dynamic descents.