Women's socks Uyn Trekking 2IN Merino Mid mid grey/turquoise (S100238)

Uyn Trekking 2IN Merino Mid women's socks in mid grey/turquoise are a product designed for trekking enthusiasts. Thanks to the use of TEXLYTE NANO technology and Fibresist, the socks offer high breathability and resistance to mechanical damage. A significant proportion of merino wool ensures thermal comfort and natural thermoregulation.

Advanced technologies

The Uyn Trekking 2IN Merino Mid socks utilise Cool Air Flow technology, which allows for effective moisture wicking, resulting in a feeling of dryness during exertion. The ergonomic ERGOLOGIC FOOTBED fit supports the foot, providing better stability while walking. Additionally, Preshock Shield technology protects against shocks, increasing comfort on uneven terrain.

Durable and comfortable materials

Uyn Trekking 2IN Merino Mid women's socks in mid grey/turquoise are made from a blend of polyamide, elastane, merino wool, and polypropylene. This combination of materials guarantees quick drying and appropriate elasticity. The socks provide excellent fit to the foot, minimising the risk of chafing and irritation. The mid height is optimal for ankle protection during long hikes.

Practical use

The Uyn Trekking 2IN Merino Mid socks are an ideal choice for those who prefer outdoor activities. Their design supports the natural movement of the foot, while the technologies used enhance the comfort of use. Quick-drying and breathable properties make the socks suitable for various weather conditions, providing comfort and protection.

UYN Women's Socks Uyn Trekking 2IN Merino Mid mid grey/turquoise - features:

• TEXLYTE NANO technology increases sock breathability;
• Fibresist provides resistance to mechanical damage;
• Cool Air Flow enables effective moisture wicking;
• ERGOLOGIC FOOTBED supports ergonomic fit to the foot;
• Preshock Shield protects against shocks while walking;
• Quick-drying material increases comfort of use;
• Blend of polyamide, elastane, merino wool, and polypropylene ensures elasticity and durability.