Description

-SOCKS® Ski ENERGIZER® Light 4.0

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.

AIR-CONDITIONING CHANNEL® 4.0. Air-conducting 3D structures and high-tech special yarn promote intensive ventilation of the feet.

SUPPRONATION® BANDAGE. Supports a healthy foot posture, counteracts overloading of the ankle joint. Patented in 34 countries.

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

Enjoy long days of skiing without tired feet. The secret is fast regeneration thanks to Smart Compression. Innovations from 20 years of experience make it possible. With precisely integrated functional zones, the X-SOCKS® SKI ENERGIZER® LIGHT 4.0 optimise the blood circulation and nutrient supply of the stressed muscles during winter sports. The foot is relieved and the transfer of force to the ski becomes more efficient. Further advantages: The light construction promotes targeted muscle work without neglecting protective and supporting functions.

The Air-ConditioningChannel® 4.0 keeps the foot dry through constant air exchange. At the same time, technologies such as the Suppronation® Bandage and toe, heel and shin protectors are responsible for protecting sensitive or particularly exposed zones. The new HeliXCoil system, integrated into the material, surrounds the calf with two concentrically knitted spirals that stabilise the muscles, promote blood circulation and reduce the risk of fatigue-related injuries. The anatomically shaped footbed ensures an ergonomic foot position.

MATERIALS

Technical Composition
Elastane (5%)
Mythlan® (20%)
Skin NODOR® (20%)
Nylon (34%)
Bisentio (21%)

Material Composition
Elastane (5%)
Polyamide (55%)
Polypropylene (20%)
Polyester (20%)