-Socks® Ski Energizer® Light 4.0

Lambertz-Nicholson Protection of Achille 4.0 tendon. Achille's tendon is protected by pressure and friction.

Helixcoil system. Two spiral concentric pressure networks integrated into the sock of the sock that enclose the muscles of the calf from the ankle to the knee. Effective muscle support without compromising blood circulation.

Channel® 4.0 air conditioning. 3D structures of air conductors and high-tech special yarns favor intense feet ventilation.

Supponation® bandage. It supports a healthy foot posture, contrasts the overload of the ankle joint. Patented in 34 countries.

100% pure Swiss design. Made in Italy. 700+ International prizes and test victories, 800+ patent recordings for products with the "X".

Enjoy long skiing days without tired feet. The secret is fast regeneration thanks to the Smart Compression. The innovations of 20 years of experience make it possible. With perfectly integrated functional areas, the X-Socks® Ski Energizer® Light 4.0 optimize blood circulation and the supply of nutrients of the muscles stressed during winter sports. The foot is raised and the transfer of strength to ski becomes more efficient. Further advantages: light construction favors targeted muscle work without neglecting protective and support functions.

The Air-ConditioningChangannel® 4.0 keeps the foot dry thanks to the constant air exchange. At the same time, technologies such as the Supponisation® Bandage and the protections for tip, heel and shank are responsible for the protection of sensitive or particularly exposed areas. The new Helixcoil system, integrated into the material, surrounds the calf with two concentric knitted spirals that stabilize the muscles, favor blood circulation and reduce the risk of lesions due to fatigue. The anatomical footbed guarantees an ergonomic position of the foot.

Materials

Technical composition
Elastan (5%)
Mythlan® (20%)
Nodor® leather (20%)
Nylon (34%)
Bisentio (21%)

Composition of the material
Elastan (5%)
PoliaMide (55%)
Polypropylene (20%)
Polyester (20%)