KYMIRA Infrared Performance Crew Socks in White - Enhanced Comfort for Size S(3-5) M(6-8) L(9-11)

Experience the ultimate in comfort and performance with KYMIRA Infrared Performance Crew Socks in elegant white. Designed for sports enthusiasts and athletes, these advanced crew socks leverage cutting-edge Kynergy Infrared technology, which promotes enhanced blood circulation and speeds up recovery during and after physical activities. These socks are perfect for running, cycling, hiking, gym workouts, and more.

The innovative fabric boosts your performance by increasing oxygenation levels in your blood, which helps with lactic acid breakdown. This results in faster recovery from workouts and a reduction in delayed onset muscle soreness. Comfort is paramount with the cushioned heel and toes, providing support right where you need it.

In addition, ribbed cuffs offer excellent grip and prevent slipping during movement. Our KYMIRA crew socks come in three sizes—Small (3-5), Medium (6-8), and Large (9-11)—to ensure a perfect fit, no matter your foot size. The socks are made from a unique blend of materials that provides superior softness and breathability, ensuring your feet stay comfortable and dry, even during the most intense workouts.

Key features of the KYMIRA Infrared Performance Crew Socks include:

• Enhanced blood circulation and oxygenation for performance improvement.
• Antimicrobial properties to keep your socks fresh and hygienic.

Additional benefits include:

• Accelerated recovery from physical exertion, injury, and surgery.
• Temperature regulation to suit your exercise environment, helping maintain optimal foot warmth and comfort.

These socks should be worn before, during, and after exercise to maximise their benefits. Elevate your athletic game with KYMIRA Infrared Performance Crew Socks—where luxury meets performance.

Fabric composition includes:

• 44% KYnergy Polyester
• 41% Nylon
• 9% Polypropylene
• 6% Elastane

Care instructions: Wash at 30C and do not tumble dry to maintain the quality and advanced properties of the socks.