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

Women's thermal long sleeve top 4F F203 deep black is an excellent choice for active women who value comfort and functionality. The product is made from a blend of polyester, elastane, and polyamide, which ensures lightness and quick-drying properties. The slim fit design highlights the figure, while the long sleeves and high collar provide additional protection on cooler days.

4FSkin Technology

The women's thermal long sleeve top 4F F203 deep black is equipped with 4FSkin technology, which ensures optimal body fit, minimizing the risk of chafing. The seamless construction further enhances wearing comfort, eliminating pressure points on the skin. As a result, wearing this long sleeve top becomes extremely enjoyable, even during intense physical activities.

4FDry Technology

The women's thermal long sleeve top 4F F203 deep black utilises 4FDry technology, which aids in moisture wicking. The quick-drying material not only accelerates the drying process but also ensures a feeling of dryness and comfort throughout the day. Thus, even during intense workouts, the wearer can feel fresh and comfortable.

Functionality and Comfort

The women's thermal long sleeve top 4F F203 deep black has been designed with maximum comfort and functionality in mind. Ventilation provides adequate air circulation, helping to maintain body temperature. The lightness of the material makes the top almost imperceptible on the body, further enhancing comfort during various sporting activities.

Women's thermal long sleeve top 4F F203 - features:

• Seamless construction increasing wearing comfort;
• Slim fit design ensuring a tailored fit;
• Material made of polyester, elastane, and polyamide providing elasticity;
• Long sleeves and high collar offering additional cold protection;
• 4FSkin technology ensuring optimal fit;
• 4FDry technology supporting moisture wicking;
• Quick-drying material providing a feeling of dryness;
• Ventilation ensuring air circulation and thermal comfort;
• Lightweight material enhancing user comfort.