Baseball cap BUFF 5 Explore Panel slen violet (131394.619.10.00)

BUFF 5 Panel Explore slen violet cap is the perfect choice for those who value protection and comfort during outdoor activities. Made from polyamide, it offers exceptional durability and lightweight. Thanks to the use of recycled materials, the cap is environmentally friendly, which is an important aspect for conscious consumers who care about ecology.

UV protection and breathability

The BUFF 5 Panel Explore slen violet cap is equipped with UV protection technology, which provides protection against solar radiation at a level of UPF 50+. This is significant for those spending a lot of time outdoors, as it protects the skin from the harmful effects of the sun. Additionally, the cap's material is breathable, which enhances wearing comfort on warmer days, allowing the skin to breathe freely.

Quick-drying material and adjustment

The design of the BUFF 5 Panel Explore slen violet cap incorporates quick-drying material, which is an additional advantage during intense activities. As a result, moisture is quickly wicked away, and the cap remains dry and comfortable. The adjustment using a drawstring with a stopper allows for a perfect fit to the shape of the head, increasing user comfort.

Ecological materials

The BUFF 5 Panel Explore slen violet cap is made from 100% recycled polyamide, which highlights the brand's commitment to environmental protection. The use of recycled materials is a step towards sustainable production, appreciated by those who care about ecology. This is also an element that makes the product more attractive to individuals seeking eco-friendly solutions in daily use.

BUFF 5 Panel Explore cap - features:

• Protection from solar radiation with UV protection technology;
• High UV protection at a level of UPF 50+;
• Breathable material ensuring comfort on warmer days;
• Quick-drying polyamide wicking away moisture;
• Adjustment with a drawstring and stopper for a perfect fit;
• Material made from 100% recycled polyamide;
• Ecological approach through the use of recycled materials.