Men's Cotton Diabetic Crew Seamless Dress Socks

Product Description

Men’s cotton diabetic socks are non-binding flexible and comfortable socks that are designed to address the sensitive needs of people with diabetes and for those who are inclined to develop blisters on their skin. Walking and any type of movement cause constant friction between the shoes and the feet' skin. So, the socks that you choose should protect your skin from this irritation. These diabetic dress socks create a protective barrier for the skin with their soft and smooth design.

Furthermore, these men’s cotton diabetic socks are made from high-quality cotton which is a naturally obtained material. Thus, your skin enjoys optimal comfort throughout the day. Additionally, they feature non-binding cuff to improve the blood flow in the veins with a snug fit.

Material

GoWith men’s non-binding dress socks are manufactured from 90% cotton to provide a breathable and comfortable design. Cotton allows higher breathability which is also enhanced with air-mesh ventilation channels. So, your feet will not be exposed to overheating spots and remain cool. The cotton’s moisture-wicking nature keeps your feet free from wetness and moisture. The 10% polyamide in its content ensures long-term use of your socks with increased durability. 

Design

Aiming to maximize the comfort and wellness of your feet, these socks have hand-linked toes to minimize friction, and reinforced toes and heels provide softer steps. Men’s cotton diabetic socks are available in crew sizes to cover most of your skin and so they can be used all through the year in different weather conditions. Their neutral color palette includes black, gray and anthracite which you can choose to complement your formal attire to attend receptions or formal meetings.

Key Features

● 90% cotton and 10% polyamide to ensure softness and durability,

● Features snug fit and non-binding cuff for relaxing steps,

● Reinforced heel and toes,

● Hand-linked toes for a smooth transition,

● Higher breathability with air mesh ventilation channels.