

Copper Sole
Men's Non Binding Diabetic Circulatory Dress Casual Work Socks with Moisture Wicking and Odor Protection (2 Pack)
- Will be in stock after
Designed for those with Diabetes or circulatory issues in mind, these dress casual work crew socks feature non-binding tops that gently conform to legs for improved circulation and reduced foot and leg pain for a comfortable day at the office or in the warehouse. Made from a soft technical fiber blend that uses moisture management technology to wick away sweat and maintain breathability to keep feet dry. Cushioned soles infused with copper ions protect against odor-causing bacteria for superior freshness. Smooth toe seams provide extra comfort for hard working feet.
Key Features
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Technical Knit Blend
91% polyester, 7% copper infused polyester, 2% spandex -
Anti-Odor Technology
Soles infused with copper ions eliminate odor-causing bacteria. -
Moisture Wicking
Designed with moisture management technology to wick away sweat and keep feet dry. -
Non-Binding
Designed with gentle non-binding tops for improved circulation and pain management.

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Comfort
Cushioned soles and smooth toe seams for ultimate comfort. -
Easycare
Machine wash. Tumble dry. -
Multipack
Contains 2 pairs of socks. -
Suggested Use
Pairs perfectly with your casual/dress work shoes.
Technical Specifications
- Fabric Composition: 91% polyester, 7% copper infused polyester, 2% spandex
- Care Instructions: Machine wash warm with like colors. Use only non-chlorine bleach when needed. Tumble dry medium.
Innovative Features
- Copper Ion Technology: Knit-in copper ion yarns help eliminate odor causing bacteria on the sock.
- Moisture Guard™: Moisture management technology that uses a technical blend of fibers to wick away moisture and sweat from the skin to keep feet dry and comfortable.
Customer Service & Warranty
Contact Us: For questions and order inquiries, please email us.
Warranty: Our products are guaranteed to last. If you aren't 100% satisfied, we've got you covered for up to 100 days on manufacturer defects.