Women's ski trousers BOGNER FIRE+ICE Borja4-T nomadic desert (14537575-762)

Women’s ski trousers BOGNER FIRE+ICE Borja4-T nomadic desert are advanced sportswear designed for demanding winter conditions. Thanks to the two-layer membrane construction, the trousers effectively protect against water, offering a waterproofness level of 10000. Windproofing provides thermal comfort even in strong winds.

Technologies and solutions

The BOGNER FIRE+ICE Borja4-T ski trousers utilise 4 Way Stretch technology, allowing for complete freedom of movement. The 2L membrane construction, where the outer fabric is permanently bonded with the membrane, additionally supports moisture protection while increasing breathability. This makes the trousers perfect for dynamic conditions on the slopes.

Functionality and comfort

Women’s ski trousers BOGNER FIRE+ICE Borja4-T nomadic desert have a high waist, which increases wearing comfort and additionally protects against the cold. The simple leg style with the option of opening them makes it easier to fit ski boots. Zippered pockets allow for the secure storage of small items, while the synthetic filling provides adequate thermal insulation.

Materials and ecology

The BOGNER FIRE+ICE Borja4-T ski trousers are made from polyester and polyamide, which contributes to their durability and resistance to damage. Additionally, the use of recycled materials highlights the brand's eco-friendly approach. This makes the product more environmentally friendly, which is an important aspect for conscious consumers.

Women’s ski trousers BOGNER FIRE+ICE Borja4-T nomadic desert - features:

• 4 Way Stretch technology provides complete freedom of movement;
• Two-layer 2L membrane construction protects against moisture;
• Waterproof level of the membrane is 10000;
• Windproofing increases thermal comfort in cold conditions;
• Synthetic filling provides thermal insulation;
• Zippered pockets enable secure storage of items;
• High waist and simple leg style contribute to wearing comfort;
• Made from recycled materials, highlighting environmental friendliness.