Women's Merino Wool Extra Thick Full Terry Fuzzy Crew Socks

Product Description

These fuzzy socks for women are designed to bring you both comfort and warmth with their thick wool construction. Merino wool is a natural material that is obtained from the world-famous Merino sheep and presents high insulation capacity as well as enhanced breathability capabilities. These warm fuzzy socks are therefore ideal to make perfect fuzzy Christmas socks which your beloved ones will rejoice at.

Furthermore, these extra thick socks offer high moisture wicking to keep your feet dry by removing the sweat and moisture in the lower layers and pushing it towards the upper layers. So, you do not have to worry about wetness and possible blisters on your feet. Moreover, these Norwegian socks also feature a full terry design to create a cushioned sole for softer steps.

Material

Warm fuzzy socks are manufactured from a high-quality blend of 87% merino wool, 17% polyamide, and 3% elastane. Merino wool provides increased moisture wicking and insulation while polyamide offers higher durability for long-term use. Lastly, the elastane brings extra flexibility for stretchiness and to ensure the socks can preserve their shape. In addition, this premium construction increases the resistance of the socks against everyday wear and abrasions for a longer duration.

Design

Norwegian women's socks on GoWith boast though design features as well as the use of high-quality materials to ensure your comfort and warmth. Our fuzzy wool socks for women have an air mesh ventilation design to increase breathability and air circulation to maintain your comfort with dry steps. Furthermore, these warm socks have reinforced heels and toes to prolong their lifetime and have smooth knit seams for reduced friction.

Key Features

• 87% merino wool, 17% polyamide, and 3% elastane for durable, flexible and warm use,

• Features higher moisture-wicking capacity,

• Extra thick fuzzy fabric to ensure warmth,

• Reinforced heel and toes,

• Higher breathability with air mesh ventilation channels.