X-Socks Womens Silk Merino 4.0 Ski Socks

MOST IMPORTANT INFORMATION

• STRONGER: LAMBERTZ-NICHOLSON ACHILLES TENDON PROTECTOR 4.0. The Achilles tendon lies in the opening of the cushion and is thus protected from pressure and friction.

• HELIXCOIL SYSTEM: Two concentric, spiral pressure webs integrated in the sock structure enclosing the calf muscles from ankle to knee. Effective muscle support without affecting blood circulation.

• 8% SILK AND 37% MERINO FIBRES: Knitted into the innovative fabric for maximum wearing comfort. The high-tech socks keep the feet warm and dry.

• NARROW ARROW CONSTRUCTION AND 3-EXPANDLADIESSTRIPES: Perfect fit adapting with flexible play to narrower women‘s feet, taking into account the dimensions of the forefoot, metatarsus and heel bone.

• 100% PURE SWISS ENGINEERED: Made in Italy. 700+ international awards and test wins, 800+ patent registrations for the products with the "X".

DETAILS

Let yourself be seduced by silky comfort and inspired by performance-enhancing technologies. With innovations from 20 years of experience, the X-SOCKS® SKI SILK MERINO 4.0 WOMEN offers you protection, warmth and a temperature-controlled skin feeling for winter sports. Intelligent functions ensure continuous thermoregulation, optimum moisture management and effective injury protection.The unique Suppronation® Bandage supports the foot and offers a secure hold. The new HeliXCoil System, integrated into the material, surrounds the calf with two concentrically knitted spirals that have a stabilising effect on the muscles, promote blood circulation and reduce the risk of fatigue-related injuries. The anatomically shaped footbed optimises the foot position and prevents overloading.Sheltering technologies such as heel, toe and shin protectors offer maximum wearing comfort and prevent the risk of injury from friction and impact. Thanks to 3-ExpandLadiesStripes and Narrow Arrow Construction, slimmer female feet benefit from a perfect fit.

MATERIALS

• Polyamide (48%) Merino Wool (38%) Silk (9%) Polypropylene (3%) Elastane (2%)