Glovii GLG heated gloves grey (GLG)

The Glovii GLG grey heated gloves provide effective thermal protection in adverse weather conditions. Their design combines advanced heating technologies with high user comfort, meeting the expectations of the most demanding outdoor enthusiasts.

Carbon fibre heating technology

The heating element built into the Glovii GLG model uses highly efficient carbon fibre, which distributes heat evenly inside the gloves. Thanks to this technology, the user can rely on a stable temperature even during prolonged exposure to frost. The heating system allows the gloves to be used both during sports activities and everyday situations, ensuring thermal support throughout use.

Materials with enhanced elasticity

The gloves are made from a fabric composed of 95% polyester and 5% elastane, resulting in an excellent fit and comfortable wear. Polyester provides durability and quick-drying properties, while elastane increases the fabric’s stretchability. The combination of these fibres allows freedom of movement even during intensive use and quick moisture wicking from the skin’s surface.

Functionality and certification

The Glovii GLG gloves allow touchscreen operation without the need to remove them, significantly enhancing everyday convenience. The five-finger design ensures precision of movement, and the CE certification confirms the product’s compliance with strict European standards. The model is unisex, suitable for both women and men.

Glovii GLG grey heated gloves – features:

• Heating element based on efficient carbon fibre providing even heating;
• 95% polyester, 5% elastane for high comfort;
• Five-finger design allowing precise hand movements;
• Touchscreen compatibility without removing the gloves;
• High thermal protection in low temperatures;
• CE certification confirming compliance with European standards;
• Flexible material ensuring an excellent fit;
• Suitable for both women and men;
• Comfortable to wear even during long hours of activity;
• Easy moisture wicking from the skin’s surface.