Men's Merino Crew Non-Slip Grip Cabin & Christmas Socks

Product Description

Our hospital grip socks for men present a warm and secure walking experience for you particularly if you have to step on slippery spaces in a hospital or your house. Even though socks are ideal for protecting your feet from cold or irritation by the shoes, they may be quite a slipper on the smooth floors particularly on tiles and wood floorings. Therefore, we, as GoWith, present these non-slip hospital socks which are designed to increase your comfort while ensuring confident steps at every tread.

These hospital socks feature extra thick construction from Merino wool and hence they are also called cabin socks with grippers. They come with rubber anti-slipping pads at the sole reaching towards the heels. Additionally, these warm thermal socks offer enhanced protection against cold during winter days or on the floor. These men’s cozy cabin socks also have reinforced heels and toes to make them last for long years.

Material

Our hospital socks are made from a rich blend of merino wool (50%), acrylic (30%) and polyamide. While wool brings moisture-wicking and insulative protection to keep your feet dry and warm, polyamide increases the elasticity and polyamide supports its insulation and moisture elimination. Furthermore, these thick warm socks have rubber pads that are engineered to provide extra traction on the surfaces and prevent slipping.

Design

Our hospital grip socks for men boast a superior design with air-mesh ventilation channels that maximize breathability to increase moisture wicking. Furthermore, this prevents odor even though these socks keep your feet warm even during cold weather. Additionally, these cozy cabin socks have non-binding cuffs to protect their position.

Key Features

• Manufactured from 50% wool, 30% acrylic and 20% polyamide,

• Features non-slip rubber pads at the sole to provide additional traction,

• Thick thermal fabric for use in hospitals and homes,

• Reinforced heel and toes,

• Higher breathability and moisture wicking with air mesh ventilation channels.