Snood Picture black (NW205)

The Picture black neck gaiter effectively combines thermal protection with flexibility and wind resistance, meeting the demands of outdoor activities in winter conditions. Thanks to the use of innovative, recycled materials, it ensures comfort during wear and supports a sustainable approach to sportswear production.

Advanced recycled materials

The model is made from fabric containing 85% polyamide and 15% elastane, sourced through recycling processes. The use of recycled fibers contributes to reducing the negative environmental impact while maintaining high durability and strength of the material. The structure of the raw material allows the Picture NW205 neck gaiter to retain elasticity and resistance to stretching even during intensive use.

Thermal comfort and wind protection

The thermal insulation properties in the construction of the Picture NW205 neck gaiter are key to retaining heat during winter sports activities. The stretchy material effectively hugs the neck, limiting the ingress of cold air and improving thermal comfort. Its wind protection capabilities make the neck gaiter ideal for both skiing and hiking on cooler days.

Versatility in use

The durable material and universal cut make the Picture NW205 model suitable for various outdoor applications. The neck gaiter remains comfortable even during extended wear, making it an optimal choice for skiers as well as those engaging in other winter sports. Responsible sourcing of raw materials and advanced material solutions highlight the product's functionality and ecological character.

Picture black neck gaiter - features:

• High content of recycled polyamide in the material composition;
• Additional flexibility due to the presence of 15% elastane;
• Effective wind protection during outdoor activities;
• Resistance to stretching even with intensive use;
• Comfortable to wear for extended periods;
• Eco-friendly production process using recycling;
• Effective limitation of cold air penetration around the neck;
• High comfort during intense activities.