10th Anniversary – Limited Edition
$32.06
$63.48
Details We celebrate 10 years of research, performance, and style with a gym sock that has become a true icon. Designed and tested in the RevengeLab, the 10th Anniversary sock is created to support you through every exercise on dry surfaces, offering grip, comfort, and stability like never before. The hypoallergenic silicone sole provides perfect traction, while the Bending Cuts ensure total freedom of movement and eliminate pressure on the top of the foot. Made with recycled Q-NOVA® yarn and Silver Resistex inserts, it is antibacterial, antistatic, and sustainable. A special sock for those who train with the same passion that has driven us for the last 10 years. Technical Specifications Composition: 62% Recycled Polyamide, 32% Polyamide, 3% Elastane, 3% Silver Resistex Polyamide (silver) Material: Silver yarn (Silver Resistex) with antibacterial and thermoregulating properties. Material: Q-NOVA yarn (derived from spinning waste) and recycled packaging. Insole: Hypoallergenic silicone for perfect grip on dry surfaces. Technologies: BENDING CUTS: Flex cuts to facilitate ankle movement. ANTIBACTERIAL: Silver yarn against microbes and bad odors. MORE SAFETY, PERFECT GRIP: Superior stability thanks to the silicone insole. MORE COMFORT & TRANSPIRATION: Breathable structure with external channels to wick away sweat and moisture. ANTI ROLLING SYSTEM: Central elastic band for a stable and comfortable fit. Made in Italy: Entirely designed, tested, and produced in Italy by RevengeLab. Shipping & Returns Shipping within Italy is free. Delivery is expected within 2–5 business days after payment verification, except for delays due to product preparation or courier issues. Orders paid by credit card will be processed in real time. Material & Care To keep your Wellness Classic socks in the best condition: Hand wash at a maximum of 30°C. Avoid fabric softeners that could compromise the antibacterial yarn and silicone grip. Do not bleach. Do not iron. Do not tumble dry. Air dry away from direct heat sources.
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