Women's snowboard gloves Dakine Sequoia 2.0 Dlx Gore-Tex Glove black (10004792)

Women's snowboarding gloves Dakine Sequoia 2.0 Dlx Gore-Tex Glove black are an advanced accessory that excels during winter activities. A key element is the use of GORE-TEX® technology, which provides high waterproofing with a level of 28000 mm, resulting in effective protection against moisture. Additionally, the synthetic filling and DWR finish enhance thermal comfort even in difficult weather conditions.

Advanced technologies

The Dakine Sequoia 2.0 Dlx Gore-Tex Glove features Hi Loft technology, which contributes to better thermal insulation, important during long stays on the slopes. The use of Gore Warm technology further helps to retain heat, which is crucial in low temperatures. As a result, the gloves are not only waterproof but also provide an adequate level of warmth.

Functionality and construction

Women's snowboarding gloves Dakine Sequoia 2.0 Dlx Gore-Tex Glove black have a five-finger design, allowing for free finger movement, which is important for a secure grip and handling of equipment. The outer material made of polyester is characterised by abrasion resistance, which increases the durability of the product. The synthetic filling supports thermal comfort without weighing down the hands.

Material and finish

The Dakine Sequoia 2.0 Dlx Gore-Tex Glove is made of polyester, ensuring lightness and durability. Thanks to the DWR finish, the material is resistant to water absorption, helping to keep hands in a dry environment. These properties make the gloves suitable for intensive use in winter conditions.

Women's snowboarding gloves Dakine Sequoia 2.0 Dlx Gore-Tex Glove black - features:

• GORE-TEX® technology provides high waterproofing;
• The waterproofing level of the membrane is 28000 mm;
• Hi Loft technology supports thermal insulation;
• Gore Warm helps retain warmth in low temperatures;
• The five-finger design allows for freedom of movement;
• The material is durable polyester;
• The DWR finish increases resistance to water absorption.