FLOKY - No Strain Black Sleeve - 3100338003388 - T2 (Wrist 25 cm - Biceps 29 cm)

BIOMECHANICAL SLEEVE: No Strain is designed to reduce vibrations that cause inflammation and injury in numerous sports. Protects and supports the elbow and forearm, provides effective stabilisation of tendon and muscle structures through targeted compression and biomechanical applications, quickly relieving stress and reducing the risk of inflammatory disorders. ARM STABILITY: Thanks to anatomical compression, the Floky sports sleeve improves the stability of the tendon structures, which is essential for reducing vibration during movement during intense sports. REDUCTION OF INFLAMMATION: Vibration control minimizes the onset of painful inflammation in the elbow and forearm areas, such as epicondylitis and epitrochleitis. Frequent disorders such as tennis, padel, squash and badminton. PREVENTION AND SUPPORT: The patented Tape System protects tendons and muscles from trauma, reducing microtrauma and preventing injuries. COMFORT AND RECOVERY - External applications reduce chafing, while bioceramics in the tissue stimulate venous microcirculation, accelerating muscle regeneration and tissue recovery. Available colours and sizes: the No Strain tennis and padel sleeve is available in white, black, neon yellow and in different designs. Sizes XS-S biceps circumference 22-24cm, M-L 25-29cm, L-XL 30-34cm, XXL 35-39cm. COMPOSITION: The innovative Floky sleeves are composed of a yarn derived from the recycling of plastic bottles, contributing to the circular economy, environmental protection and an environmentally sustainable vision of the future. The new processing on the most advanced technological machinery also allows to have a more compact, more bandaging and more resistant fabric, thus increasing the durability and reducing its wear. MADE IN ITALY BY FLOKY: The No Strain sports sleeve is a Floky product, a world leader company in the production of biomececanci supports capable of improving athletic performance and at the same time preventing body wear and injury during physical activity thanks to innovative screen printing applications.