OrtovoxSnowmobil Long Socks Warm W Multicolour

Seamlessly warm feet
Very warm, seamless knee-high socks with a merino mix and technical comfort
Highlights

Merino yarn at 21.5 microns in thickness is elastic, stable and pleasant on the skin
CIRCULAR KNIT for optimal fit without seams that cause irritation
FULL TERRY LINING knitting stitches trap air and keep feet warm

The new ALL MOUNTAIN LONG SOCKS WARM for women do more than just keep your feet warm with their soft merino wool, seamless circular knit and special knitted construction.

The new ALL MOUNTAIN LONG SOCKS WARM for women keep your feet warm during demanding ski tour ascents and speedy descents on powdery snow.
Particularly fine merino wool at 21.5 microns in thickness feels pleasant on the skin and makes these long ski touring socks elastic and stable. The natural properties of merino wool really come into their own in socks, naturally regulating the temperature and moisture while also neutralizing unpleasant odors.
The circular-knitted ALL MOUNTAIN LONG SOCKS WARM for women are designed to fit perfectly without any irritating seams, thus reducing areas that rub or dig in. Made for extremely cold days, the warm version of the ALL MOUNTAIN SOCKS are fully lined with SCULPTURED TERRY-LINING, a special knitted construction that optimally traps heat and creates the perfect climate with air pockets.
The ankle and arch support ensures a good fit and prevents the ski touring socks from slipping or creasing. You can also say goodbye to blisters in the toe area in future thanks to the flat toe seam.
The ALL MOUNTAIN LONG SOCKS WARM for women are thus the perfect companion for demanding ski tours on cold days.
Area of usage
Climbing 1/5
High Alpine 2/5
Alpine 1/5
Ski Tour 5/5
Freeride 4/5
Material

To the material dictionary

73% virgin wool (MERINO) + 25% polyamide + 2% elastane
Merino Inside

Our sustainable MERINO WOOL comes from monitored, ethical sheep farms. It is comfortably soft, easy to care for, and provides an optimum body climate thanks to its moisture- and temperature-regulating properties.