Drymax Dress Over Calf Sock - Black Large

Drymax Dress Over Calf Sock - Black Large

• Breathable mesh on foot and leg helps keep feet cool and dry
• Smooth top and arch band help sock stay in place
• Dual layers knit toether keeps feet dry
• Flat toe seam, and Y-heel improves fit
• Color-Replacementd size mark on toe for easy match-up after laundering

Dress shoes are known for their stylish looks, but not for their comfort. There isn't enough room to add technology that would make dress shoes as comfortable as athletic shoes. Dress shoes don't breathe well, thereby trapping heat and moisture. Compounding this problem, most dress socks are made with cotton or wicking fibers like polyester, nylon, acrylic or wool which cannot keep feet dry. Drymax Men's Dress socks have a special Dual Layer Moisture Removal System. This system instantly moves moisture from the skin, through the inner Drymax layer to the outer absorbent layer, keeping feet dry. Drymax Men's Dress socks are a Low Density protective padded sock. Dense padding protects feet without adversely affecting the fit of the shoes. The Dress socks are designed to keep feet dry, comfortable and odor free all day long.To prove the protection and durability of our Dress socks, we had a runner wear the Dress socks in the 2007 Las Vegas Marathon. His feet stayed comfortably dry and blister free for the entire 26.2 mile race.Several features work together as an anti-blister system to actively prevent the formation of blisters: exceptional 3D fit, 5 sock sizes, seamless insides, an instep-hugging arch band, and blisters normally caused by sweat or sweat vapor are prevented.The MicroZap® antimicrobial in the Drymax Fibers is a silver-zirconium phosphate ceramic ion-exchange resin. It fights odor-causing bacteria, helping keep socks odor free.The special fibers used in our Drymax Socks have 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 in the normal wear areas.