Women's thermal active sweatshirt 4F F203 deep black (4FWAW25USEAF203)

Women's 4F F203 deep black thermal sweatshirt is an excellent choice for active women who value comfort and functionality. The product is made from a blend of polyester, elastane, and polyamide, ensuring lightness and quick-drying properties. The slim fit cut accentuates the figure, while the long sleeves and mock neck provide extra protection during cooler days.

4FSkin Technology

The women's 4F F203 deep black thermal sweatshirt features 4FSkin technology, which offers an optimal fit to the body, minimising the risk of chafing. The seamless construction further enhances wearing comfort by eliminating pressure points on the skin. This makes wearing the thermal sweatshirt extremely pleasant, even during intense physical activities.

4FDry Technology

The women's 4F F203 deep black thermal sweatshirt utilises 4FDry technology, which helps to wick moisture away. The quick-drying fabric not only speeds up the drying process but also provides a feeling of dryness and comfort throughout the day. Thanks to this, even during intense workouts, the wearer can feel fresh and comfortable.

Functionality and Comfort

The women's 4F F203 deep black thermal sweatshirt has been designed with maximum comfort and functionality in mind. Ventilation ensures proper air circulation, contributing to maintaining the right body temperature. The lightweight fabric makes the sweatshirt almost unnoticeable on the body, further enhancing comfort during various sports activities.

Women's 4F F203 thermal sweatshirt - features:

• Seamless construction increasing wearing comfort;
• Slim fit cut ensuring a tailored silhouette;
• Material made from polyester, elastane, and polyamide providing flexibility;
• Long sleeves and mock neck offering extra protection against the cold;
• 4FSkin technology ensuring optimal fit;
• 4FDry technology supporting moisture wicking;
• Quick-drying fabric providing a feeling of dryness;
• Ventilation ensuring air circulation and thermal comfort;
• Lightweight material enhancing wearing comfort.