Northwave Husky Ceramic High 96 green cycling socks C89212045_96_S (C89212045)

Northwave Husky Ceramic High socks forest green are a unique product designed for those who value comfort and functionality in all conditions. Made from merino wool, polyester, elastane, and polyamide, these socks guarantee excellent breathability and maintain optimal foot temperature. Merino wool, known for its thermoregulatory properties, provides warmth on cool days and cooling on warmer ones, making these socks an ideal choice for various weather conditions.

Advanced material technologies

Northwave Husky Ceramic High socks forest green utilise a unique combination of materials, which enhances their durability and flexibility. The use of polyester in the sock construction supports quick drying, which is especially important during intense physical activities. Elastane added to the material mix provides a perfect fit to the shape of the foot, contributing to comfort during long wear. Polyamide, on the other hand, increases the socks' resistance to mechanical damage, which enhances their durability.

Thoughtful design for better fit

Northwave Husky Ceramic High socks forest green feature a high cut, which further protects the calves from the cold. The ergonomic design of the socks ensures excellent adherence to the foot, minimising the risk of material shifting inside the footwear. The breathability of the materials used in the socks' production ensures that even during intense exertion, feet remain dry and fresh. This solution enhances user comfort and prevents unpleasant odours from developing.

Northwave Husky Ceramic High socks - features:

• Made from merino wool providing thermoregulation;
• Polyester supporting quick drying of the material;
• Addition of elastane for better fit to the foot;
• Polyamide increasing the durability of the socks;
• Breathability of materials for thermal comfort;
• High cut providing additional warmth for the calves;
• Ergonomic design minimising shifting in the shoe;
• Material structure reducing the formation of unpleasant odours.