Features

• Merino wool
• Shock-absorbent
• Knee-high
• Unisex

With exceptional softness for the highest levels of comfort, the Comodo snowboard sock in black and yellow combines both comfortable wear with thermal insulation for the coldest of climates.

Designed to complement any style of snowboard boot and knitted with premium Merino wool, self-cleaning fibres enhance the socks’s anti-odour properties and long-term durability. Providing premium protection from the cold, the Comodo snowboard sock both insulates and regulates the wearer’s temperature, whatever the outdoor sport.

A great addition to any snowboarder’s winter garment supply, Comodo snowboard socks come in a range of colours – from practical neutral tones to unique flashes of neon.

Fabric: 40% Merino Wool, 40% Acrylic, 15% Polyamide, 5% Elastane

Merino Wool - natural wool of the highest quality, obtained from Merino sheep. Merino yarn is characterized by exceptional softness, which ensures a high level of comfort.

Features: Merino wool provides excellent thermal insulation; in hot summer it cools the skin and warms it during cold winters. And this is due to the fact that a lot of air stops in the wool fiber structure. Regardless of the type of physical activity being performed, wool insulates and regulates the temperature. It allows you to keep warm during frost and cold during the heat, and at the same time removes moisture, leaving the skin dry for longer.

Benefits: Merino wool perfectly separates moisture from the skin - its hygroscopicity is the highest of all fibers. Very popular for the production of outdoor socks and clothing as it is known for its high quality and durability. Thanks to the self-cleaning scales found on the surface of the fibers - merino wool significantly reduces the unpleasant odor that arises as a result of sweat deposition. In addition, it keeps the environment hostile to bacteria. Hence, it is also valued in the production of children's clothing. In addition, merino wool is characterized by very softness and fluffiness, and its fibers are extremely thin and resilient.