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Get it between 2025-02-24 to 2025-03-03. Additional 3 business days for provincial shipping.
Works better than wool to provide Long Lasting Comfort, Durability and Looks; Made of 75% olefin/12% polyester/8% elastane/5% nylon
Prevents blisters with its Anti-Blister System to actively prevent the formation of blisters; Helps the feet and skin stay dry to prevent unwanted blisters.
Designed with 3D advanced fit and developed on special 3D foot models which accurately represent the human foot as opposed to the 2D flat form that are the hosiery industry standard; Each sock includes an S, M, L, XL, or XXL color size mark for easy match-up after laundering.
Made with top and bottom air vents; These vents release heat/sweat vapors to keep feet drier & cooler; They’re designed to work with the built-in vent systems in the latest generation of breathable running shoes; It comes with dense padding as opposed to thick padding, because dense padding protects the feet without adversely affecting the fit of the shoes.
The special fibers ensure a comfortable springiness and do not get stiff, shrink or lose shape over time; They are designed to last a long time using the highest quality fibers, and abrasion resistant nylon fiber reinforcements throughout the entire sock; Drymax socks will keep feet drier & more comfortable than any other sock.
Blisters on the feet are the most common sports injury and seem inevitable when running ultra long distances. One study in the Journal of Sports Medicine 2004;38:498-501 reported that up to 39% of marathon runners experienced foot blisters while running marathons. Until now, there has been limited success preventing blisters. The successful runners have learned to run with the pain of having blisters. Runners have tried everything to prevent blisters including old favorites such as Vaseline, powders and tape. These may help for a short period of time, but are not effective over long distances and may actually help to cause blisters. While distance running, feet get hot and perspire, causing socks to become wet. Moisture significantly increases friction (stickiness) between socks and skin. The higher the friction, the greater the chance of getting blisters. Higher friction limits skin surface movement, yet still allows inner tissue movement causing a shearing effect. This physically separates the two layers which fill with fluid, forming a blister.