Headband BUFF Dryflx fire (118098.220.10.00)

BUFF Dryflx fire Headband is the perfect solution for active individuals seeking comfort and functionality while engaging in outdoor sports. Made from a blend of polyamide, elastane, and polyester, it provides excellent thermal properties and breathability. These materials ensure user comfort even in challenging weather conditions.

Advanced Technologies

The BUFF Dryflx fire headband utilises advanced 4-WAY ULTRA STRETCH technology, which enhances the flexibility of the material, allowing it to fit perfectly to the shape of the head. Thanks to Moisture Management technology, moisture is effectively wicked away, maintaining dryness and comfort during intense exertion. Additionally, SMART ZONE TECHNOLOGY improves the thermal efficiency of the product.

Seamless Construction and Comfort

The seamless construction of the headband makes it extremely comfortable to wear, eliminating the risk of skin irritation. The material used is highly breathable, providing warmth and user comfort even in low temperatures. The elasticity of the material allows for free movement, which is crucial during physical activities.

Eco-Friendly Approach

The BUFF Dryflx fire headband is made from recycled materials, comprising about 15-20% of its composition. This eco-friendly approach by the manufacturer helps to reduce the carbon footprint and promotes sustainable development. The use of recycled materials in the production of this headband is a step towards environmental protection that conscious consumers will appreciate.

BUFF Dryflx fire Headband - Features:

• Material flexibility thanks to 4-WAY ULTRA STRETCH technology;
• Effective moisture wicking due to Moisture Management technology;
• SMART ZONE TECHNOLOGY providing better thermal efficiency;
• Seamless construction eliminating the risk of skin irritation;
• Breathable material ensuring user comfort;
• Made from polyamide, elastane, and polyester;
• Use of recycled materials in 15-20%;
• Eco-friendly approach by utilizing recycled materials.