Women's thermoactive trousers Surfanic Cozy Limited Edition Long John black zebra (SWE2606)

Women’s thermal active trousers Surfanic Cozy Limited Edition Long John black zebra are designed for demanding users seeking effective protection against chill during activities in cooler conditions. A high level of breathability is paired with advanced moisture-wicking technology, ensuring thermal comfort even during intense exertion.

Advanced CarbonDri® material

The Surfanic Cozy Limited Edition Long John features CarbonDri® fabric, which actively supports moisture transport away from the skin, guaranteeing quick drying even during prolonged use. The antibacterial properties of the fabric help reduce the occurrence of unpleasant odours, significantly enhancing wearing comfort. Additionally, the quick-drying nature of the material contributes to maintaining optimal thermal conditions during any activity.

Thermal active properties and user comfort

The Surfanic Cozy Limited Edition Long John effectively supports the body's natural thermoregulation, protecting against both chill and overheating during changing weather conditions. The breathability of the material and its ability to efficiently transport moisture keep the skin dry even at high activity levels. The use of antibacterial properties further enhances user comfort, making these trousers a versatile solution for cooler days.

Women’s thermal active trousers Surfanic Cozy Limited Edition Long John black zebra - features:

• CarbonDri® material ensuring efficient moisture transport away from the skin;
• High breathability guaranteeing thermal comfort during exertion;
• Antibacterial properties reducing the formation of unpleasant odours;
• Flat seams minimising the risk of chafing and irritation;
• Slim fit design for better fit on the silhouette;
• Thermal active character supporting the body's natural thermoregulation;
• Construction designed with women’s anatomy in mind;
• No addition of merino wool for users with allergies;
• Designed for use in cooler weather conditions;
• Technologies supporting comfort even during intense effort.