UTN Natyon 3.0 ski socks italy (S100307)

The UYN Natyon 3.0 skiing socks from Italy utilise advanced technologies to meet the demands of discerning skiers during intense activities. They are distinguished by the use of synthetic materials and innovative Cool Air Flow technology, which supports optimal foot ventilation throughout the day on the slopes.

Cool Air Flow Ventilation System

The implementation of the ventilation system in the UYN Natyon 3.0 model is thanks to the Cool Air Flow technology, which enables efficient air circulation around the foot. This solution reduces moisture accumulation and helps maintain a feeling of dryness even during prolonged use. Combined with the high breathability of the materials, the system supports thermal comfort in varying weather conditions.

Durable and Flexible Materials

The production utilises a blend of polyamide, elastane, and polypropylene, ensuring high resistance to abrasion and the flexibility necessary for dynamic movement. This composition of fibres translates into durability and stability of the construction, even with intensive use. Additionally, the material quickly wicks moisture away, supporting foot comfort throughout the day.

High Construction and Functional Properties

The UYN Natyon 3.0 socks feature a high build that effectively protects the calf and provides an ideal fit in the ski boot area. High breathability, lack of compression, and a soft finish enhance comfort during prolonged wear. This model does not contain a thermal chamber or a blend of merino wool, which contributes to the lightweight and quick-drying nature of the material.

UYN Natyon 3.0 skiing socks - features:

• Advanced Cool Air Flow technology providing constant ventilation;
• Material composed of polyamide, elastane, and polypropylene;
• Very good breathability reducing moisture accumulation;
• High construction protecting the calf while skiing;
• Durable fibres providing resistance to abrasion;
• Flexible structure adapting to foot movements;
• No compression for natural blood circulation;
• No thermal chamber for increased lightness;
• Stable construction keeping the sock in the right place.