Hiking Merino Mid Cut Socks Women - Peacoat/Grey

Ultra-comfortable women’s hiking socks: Hiking Merino Mid Cut Socks for more accurate footwork

Ready for the next all-day or multi-day trek in challenging terrain? Start your trip right with the Hiking Merino Mid Cut Socks and leave nothing to chance! The activating medi compression gives you more energy and stability and offers superior comfort for improved concentration. This combination makes the mid-cut hiking socks by CEP for women your perfect companion. They make a bold impression even outside your hiking boots with their trendy design.

Hike safe – with a stabilizing compression effect

Accurate footwork is essential if you want to master challenging trails. medi compression gives you the stability you need with a targeted compression profile that activates deep sensory stimulation and improves your proprioception. You can feel your ankles better for a safer step on active hiking trips – without compromises.

Nature + high technology = a powerful mix for superior comfort

Natural or synthetic? The Hiking Merino Mid Cut Socks bring together the advantages of both. Merino adds thermal balance and moisture-wicking properties. Microfibers and spandex guarantee that they fit like a glove on your feet to minimize chafing and prevent blisters.

Additional features for enhanced comfort on extended hiking trips

When you’re hiking in the mountains or valleys, the padding in the foot provides welcome cushioning while the silver infused fabric pleasantly reduces odor by inhibiting the growth of bacteria – something you’ll really appreciate when you take your boots off at the end of the day.

The Hiking Merino Mid Cut Socks for women are the complete package when it comes to active adventures in nature. Discover the outstanding comfort of these women’s hiking socks by CEP Sportswear and buy them online!

Material

71% polyamide, 19% wool (merino), 10% spandex

Washing Instructions

CEP Sports offers high-tech functional clothing of excellent quality. Only proper care can ensure unrestricted functioning over a longer period of time.