Reusch Flash Gore-Tex children's ski gloves black/black melange/fire red (6261305-7680)

Reusch Flash Gore-Tex black/black melange/fire red children's ski gloves provide effective hand protection for young skiers in demanding winter conditions. With an advanced membrane and high-quality insulation, they guarantee thermal comfort and moisture resistance during all-day activities on the slopes.

GORE-TEX® Membrane and Moisture Protection

The GORE-TEX® membrane used ensures complete waterproofing, preventing snow and water from penetrating the inside of the gloves. Thanks to high breathability, this system effectively wicks away moisture generated during intense skiing. Moisture protection combines with heat retention, which is crucial during extended time spent in the snow.

TecFill™ Insulation and Thermal Comfort

The synthetic TecFill™ insulation effectively retains heat inside the gloves, creating a stable microclimate around the hands. This allows for comfort even in low temperatures and windy conditions. The Reusch Flash Gore-Tex model protects against cooling while not restricting freedom of movement during skiing.

Durable Materials and Functional Design

The gloves are made from durable polyester material with a polyurethane blend, enhancing resistance to abrasion and increasing flexibility. The five-finger design allows for precise handling of equipment, while the anatomical fit enhances user comfort. The gloves are designed for dynamic sports activities in winter conditions.

Reusch Flash Gore-Tex black/black melange/fire red children's ski gloves - features:

• Advanced GORE-TEX® membrane guaranteeing complete waterproofing;
• Synthetic TecFill™ insulation providing effective thermal comfort;
• Durable polyester material with a polyurethane blend;
• Five-finger construction for freedom of hand movement;
• Design dedicated to winter sports and skiing;
• Protection for hands against snow and wind during activities;
• Suitable for boys and girls engaging in winter sports;
• Finishing that enhances abrasion resistance during intensive use.