

Pants/Capri in Q-Skin Tubular Tape
Short Leggings with Kinesio Tape Effect Inserts
65.90 €
Details
The Tubular Tape Leggings represents the evolution of the concept of Kinesiological Taping applied to sportswear. Developed in collaboration with physiotherapist Prof. Germana Antonelli, its internal silicone structure Revenge patent provides support to the muscles, promoting decompression, lymphatic drainage, and blood oxygenation.
Made with technical and innovative materials such as Q-SKIN®, the leggings help keep the skin fresh and dry even during intense workouts, preventing the formation of bad odors. The 3/4 capri model guarantees maximum freedom of movement in disciplines such as Pilates, Yoga, Barre, Dance, as well as high-intensity activities like CrossFit, Running, Basketball, or Soccer.
Technical Specifications
- Composition: 83% Polyamide, 17% Elastane (120 DEN), with internal hypoallergenic silicone inserts
- Q-SKIN® Technology: 6.6 polyamide fiber with silver ions for effective moisture management, freshness, and bacterial control
- Internal Silicone (Revenge Patent): Kinesiology Tape effect to support muscle function and reduce lactic acid production
- Push Up & Anti-Cellulite: Structure that supports the glutes and combats orange peel skin
- Antibacterial & Odor Control: The combined action of Q-SKIN® and silicone inserts helps prevent bacterial proliferation
- Made in Italy: Designed, tested, and produced entirely in Italy
Shipping & Returns
Shipping in Italy is free. Delivery is expected within 2-5 business days from payment verification, unless delayed due to merchandise preparation or unforeseen courier issues. If payment is made by credit card, the order will be processed in real-time.
Material & Care
To ensure maximum durability and performance of the leggings:
- Hand wash or machine wash at a maximum of 30°C with mild detergents.
- Avoid using fabric softeners that could compromise the effectiveness of the fibers and internal silicone.
- Do not bleach.
- Do not iron.
- Let air dry, away from direct heat sources.