Women's ski gloves Picture Grab Gore-Tex Mitts black (GT0187)

Women's Picture Grab Gore-Tex Mitts ski gloves in black are an excellent choice for women seeking reliable protection during winter activities on the slopes. Their two-finger design provides optimal thermal comfort, which is especially important in colder conditions. Made from 100% polyester, these gloves are highly durable and long-lasting, making them ideal for active skiers.

GORE-TEX® Technology

The women's Picture Grab Gore-Tex Mitts ski gloves in black feature advanced GORE-TEX® technology, guaranteeing excellent waterproofing at 20,000 mm. This two-layer membrane not only protects against moisture but also effectively wicks sweat away, ensuring comfort even during intense activity. As a result, the gloves stay dry and comfortable all day long.

Design and Functionality

The two-layer construction of the Picture Grab Gore-Tex Mitts combines a durable outer fabric with a GORE-TEX® membrane and a loose lining, providing excellent thermal insulation. Additionally, the gloves include a practical clip for fastening, making storage easier and preventing loss. This is especially useful during breaks on the slopes when you don’t want to worry about losing one glove.

Material and Durability

The women's Picture Grab Gore-Tex Mitts ski gloves are made from polyester, offering exceptional durability and resistance to mechanical damage. This material also features quick-drying properties, which is important for use in winter conditions. Thanks to this, the gloves remain in excellent condition even after many seasons of intensive use.

Women's Picture Grab Gore-Tex Mitts ski gloves – features:

• Two-finger design providing optimal thermal comfort;
• Made from 100% polyester ensuring material durability;
• GORE-TEX® technology guaranteeing waterproofing at 20,000 mm;
• Two-layer membrane for effective moisture protection;
• Loose lining providing additional thermal insulation;
• Practical clip for fastening gloves, making storage easier;
• High material durability against mechanical damage.