Under Armour women's training socks Breathe NS Tab 3 Pack white/white/halo gray (1387052-100)

Under Armour Breathe NS Tab Women's Socks 3 Pairs White/White/Halo Gray are the perfect solution for active women who value comfort and functionality during workouts. Made from polyester and elastane, these socks provide exceptional flexibility and a perfect fit for the foot. The material is characterised by quick-drying properties, ensuring that the socks are always ready for reuse after intense exercise.

Moisture Wicking Technology

Under Armour Breathe NS Tab Women's Socks 3 Pairs White/White/Halo Gray utilise Moisture Wicking technology. This technology effectively draws moisture away, helping to keep your feet dry even during the most demanding workouts. This feature significantly increases user comfort and allows you to focus on achieving your athletic goals.

Odour Protection

Another advantage of Under Armour Breathe NS Tab Women's Socks 3 Pairs White/White/Halo Gray is their ability to combat unpleasant odours. The material has antibacterial properties, which limits the growth of bacteria responsible for bad smells. This keeps the socks fresh even after a long day of activity.

Comfortable Fit and Flexibility

Under Armour Breathe NS Tab Women's Socks 3 Pairs White/White/Halo Gray feature a low height, making them ideal for wearing with various types of sports footwear. Their flexible design ensures an excellent fit to the foot, increasing wearing comfort and preventing the socks from slipping during movement. Additionally, the lightweight construction of the socks does not burden the foot, which is essential during intensive training.

Under Armour Breathe NS Tab Women's Socks - Features:

• Moisture Wicking technology that draws moisture away;
• Quick-drying material made of polyester and elastane;
• Odour protection due to antibacterial properties;
• Flexible design providing an excellent fit for the foot;
• Low height ideal for sports footwear;
• Durability and lightweight sock construction;
• High breathability of the material enhancing user comfort.