4 Pairs of Men and Women's Compression Sports Socks for Running, Cycling, Climbing, Walking, and Hiking

About this item

• Hign-concerned Chemical : None Craft of Weaving : Knit Material : Nylon Department Name : Unisex Sport Type : Cycling Finger-separated : No Hose Height : Knee-High Gender : MEN Origin : China CN : Zhejiang Breathable Material :Crafted from Kam Ammonia material, these socks offer excellent breathability, keeping your feet dry and comfortable during long cycling journeys. Fashionable Compression Design :Featuring a fashionable compression design, these socks are not only functional but also stylish, perfect for those who appreciate both form and function. Versatile Use :Ideal for various activities such as cycling, running, climbing, travelling, and walking, these socks provide versatility in your sportswear collection. Unisex :Designed for both men and women, these socks are unisex, making them a versatile addition to your sports gear. Knee-High Hose :The knee-high hose of these socks provides additional support and protection to your legs, enhancing your performance during sports. Brand Reliability :Produced by TIMUBIKE, a trusted brand name in the sports industry, you can rely on the quality and durability of these cycling socks. Product name: cycling running socks Fabric composition:95% nylon,5% spandex Hosiery tube height:17cm Weight of one pair:40g Size range:suitable for37-45(EU).7-11(US) Note: Dry in the shade, avoid trong sunlight, the water temperature should not exceed 40 degrees Celsius during cleaning Product color:black,white,red,blue,green As a necessity for daily wear, socks have a quality and practicality that directly affect the wearing experience. This sock has certain characteristics in terms of material, style, craftsmanship, etc., and can meet the wear needs of various scenarios.​ The process details are handled in detail. The sock head adopts hand-sewn craftsmanship, with flat stitching to improve wear comfort. The higher number of sock needles makes the socks have good elasticity and contractility