Your feet can produce over one pint of perspiration per day, and we've developed a sock that does something about it. The Strongwool Hybrid Crew Sock leverages the inherent absorption properties of wool and the wicking properties of synthetic polypropylene.

Since wool fibers are naturally fantastic at absorbing moisture and insulating while wet, we've positioned 100% wool woven padding in the areas your feet sweat the most'ëthe toe box, heel, top of foot, and ankle. Since these sections are woven with 100% wool and not blended materials, absorption is not hindered. However, once wool is wet, it's not the best at letting it go.

To draw the moisture away from the wool, the midfoot and upper are built from synthetic polypropylene. Through capillary action, it wicks the moisture away from the wool sections, and evaporates it through the upper. This unique hybrid design keeps your feet feeling comfortable and dry.

StrongWool's design also limits foot slippage within the boot, keeping blisters from forming and foot movement to a minimum. The result is a durable, hardwearing sock with enhanced dry times. They're ideal for sweaty feet or hunting in wet conditions.

Testers noted the socks gained comfort after washing and wearing 1-2 times. If you're sensitive to a traditional wool feel, consider our Nuyarn Merino wool options.

FEATURES

• StrongWool at all padded sections
• Polypropylene midfoot and upper
• Paladin™ Protection Pad protects the top of the foot, relieves pressure and promotes blood flow
• Elasticated arch locks sock onto foot, eliminates bunching, and reduces blisters
• Achilles cushioning and strategic padding promote shock absorption
• Right and left foot construction for an anatomical fit
• Seamless toe closure allows ridge-free comfort
• Strategic design and padding
• 2.1 oz per pair
• Hybrid design- moisture wicking and transferring construction
• StrongWool on all padded sections
• Polypropylene synthetic midfoot and upper
• Odor-resistant wool, plus Polygiene odor-resistant treatment
• Superb durability