Knee High Autumn Sports Compression Socks with Cuff Logo-Low MOQ Outdoor Cycling Socks

Adopts high-count breathable blended fabric (preferred ratio of cotton + spandex + polyester fiber), which is light, thin and soft, skin-friendly and non-irritating, without harsh friction. Even if worn close to the skin for a long time, it will not cause discomfort; the fabric has a built-in breathable mesh structure, which can quickly dredge the heat and sweat generated by the feet during cycling, accelerate air circulation, avoid stuffiness and stickiness caused by sweat accumulation, fundamentally reduce foot stuffiness and discomfort, and keep the feet dry and breathable during every ride.

Adopts scientific graduated compression design, realizing progressive compression from the ankle to the calf. It can not only fit the leg skin tightly to prevent the socks from slipping and shifting during cycling, but also effectively promote leg blood circulation, reduce leg soreness and fatigue caused by long-time cycling, relieve muscle tension and reduce lactic acid accumulation; at the same time, it takes comfort into account without causing leg tightness, helping cyclists extend riding time and improve riding experience, especially suitable for long-distance cycling.

Suitable for daily training of professional cycling enthusiasts and athletes, combining protection and performance. Professional cycling training has high intensity and frequency, and has higher requirements on the durability and protection of socks; the wear-resistant, anti-pilling and anti-deformation characteristics of the socks can meet the needs of high-frequency training and have a longer service life; the graduated compression and shock absorption foot protection design can effectively protect the feet and legs, reduce sports injuries during training, relieve muscle fatigue after training, and help improve training effect; the detailed design fits the needs of professional cycling, and functions such as seamless toe and non-slip fixation can avoid affecting the training rhythm due to sock displacement and friction during training.