Therm-ic Powersocks Heat Fusion Uni grey/ black heated socks (T45-2100-103)

Therm-ic Powersocks Heat Fusion Uni grey/black heated socks utilise advanced heating technology to ensure thermal comfort during winter activities. This model effectively combines functionality with comfort, making it suitable for both women and men engaged in demanding winter sports.

Advanced materials and user comfort

The sock construction is based on a high-quality blend: 49% acrylic, 27% polyamide, 10% merino wool, 12% polypropylene, and 2% elastane, ensuring durability, flexibility, and a fit that conforms to the anatomical shape of the foot. Merino wool provides thermal insulation and natural temperature regulation, while polyamide and polypropylene enhance abrasion resistance and improve moisture transport. The elastic fibres ensure comfort and stability even during intense use.

Safety standards and application in winter sports

The Therm-ic Powersocks Heat Fusion Uni model meets the CE standard, confirming compliance with safety requirements for sports accessories. Designed for winter sports, it allows for the use of advanced features during skiing and other activities in low temperatures. The package contains one pair, ready for use once compatible batteries are connected.

Therm-ic Powersocks Heat Fusion Uni grey/black heated socks - features:

• Advanced heating technology with even heat distribution on the foot;
• Construction from quick-drying, breathable material suitable for winter sports;
• 49% acrylic, 27% polyamide, 10% merino wool, 12% polypropylene, 2% elastane;
• High breathability and effective moisture transport during exertion;
• Comfortable fit thanks to elasticity and anatomical design;
• Excellent thermal insulation provided by natural merino wool;
• Increased abrasion resistance thanks to polyamide and polypropylene;
• Compliance with CE safety standards for sports accessories;
• Universal application for women and men engaged in winter sports;
• One pair in the package, compatible with dedicated Therm-ic batteries.