Women's socks Brubeck Trekking Merino graphite/fuchsia (SC5003M)

Brubeck Trekking Merino Women's Socks in graphite/fuchsia are an advanced product dedicated to women who value comfort and functionality during outdoor activities. The main features of these socks include the use of merino wool, polyamide, polypropylene, and elastane, which provide excellent thermal regulation properties and durability. Thanks to the use of merino wool, the socks offer exceptional thermal insulation while allowing the skin to breathe, which is crucial during intense trekking.

Material and composition

The composition of Brubeck Trekking Merino women's socks includes as much as 46% merino wool, known for its excellent thermal properties. Additionally, 25% polyamide ensures the durability and elasticity of the material, which is important during prolonged use. The socks also contain 22% polypropylene with silver ions and 4% polypropylene, contributing to antibacterial properties and the neutralization of unpleasant odors. 3% elastane guarantees elasticity, ensuring a perfect fit to the foot.

Construction and height

Brubeck Trekking Merino socks feature a seamless construction that minimizes the risk of chafing and skin irritation, which is important during long hikes. The mid height provides optimal support and additional ankle protection, making the socks an ideal choice for wearing with trekking boots.

Breathability and comfort

Breathability is another key aspect of Brubeck Trekking Merino socks. Thanks to the use of merino wool, the socks effectively wick away moisture, helping to keep the skin dry and comfortable in all conditions. This is especially important during intense activities where maintaining the proper microclimate inside the footwear is essential.

Brand and packaging

The Brubeck brand is known for producing high-quality thermal clothing, and the Trekking Merino women's socks are an excellent example of this. The package contains one pair of socks, allowing for thorough testing and evaluation of their functionality in various terrain conditions.