Women's Ski Gloves ZIENER Kisar Aquashield black (801313.12)

The ZIENER Kisar Aquashield black women's ski gloves provide effective protection against challenging winter conditions on the slopes. The use of modern technologies ensures thermal comfort and maintains optimal breathability parameters during intense skiing activities.

Aquashield® membrane with high water resistance

The ZIENER Kisar Aquashield model features the Aquashield® membrane with a water resistance rating of 10,000 mm H2O and breathability of 10,000 g/m2/24h, effectively shielding hands from moisture and wind. The THERMOSHIELD® technology further enhances thermal protection, retaining warmth even in adverse weather. The windproof construction allows for complete comfort during strong gusts on the trail.

Durable synthetic materials

The ZIENER Kisar Aquashield ski gloves are made from a high-durability polyester material that resists damage and abrasion. The synthetic insulation provides effective thermal insulation while ensuring appropriate breathability. The polyester material structure is free from PFC compounds and meets environmental safety standards, confirming its user and environmentally friendly nature.

Functional construction details

The five-finger design of the gloves and adjustable Velcro cuffs allow for precise wrist fit and comfort while skiing. The construction has been optimized for thermal comfort and efficient use even in winter conditions. The high durability of the material and ergonomic shapes contribute to the long-lasting functionality of the model on the slopes.

ZIENER Kisar Aquashield black women's ski gloves - features:

• Aquashield® membrane with a water resistance level of 10,000 mm H2O;
• Material breathability of up to 10,000 g/m2/24h;
• Windproof construction protecting against cold air;
• Durable abrasion-resistant polyester material;
• Adjustable Velcro cuffs for individual fit;
• Polyester material free from PFC compounds;
• Safe materials compliant with environmental standards;
• Thermal comfort even in adverse conditions;
• No touch screen handling for full protection;
• No heating - effectiveness based on thermal insulation.