Floky NO STRAIN Evolution (Navy Blue) Sleeve x1 Unit
| Size | XS - S (22cm to 24cm), M - L (25cm to 29cm), L - XL (30cm to 34cm), XXL (35cm to 38cm) |
| Brand | Floky |
Floky NO STRAIN Evolution Sleeve
NO STRAIN Evolution is the first biomechanical compression sleeve designed for advanced upper limb protection. Thanks to localized compression, it stabilizes the musculo-tendinous system and neutralizes the vibrations that cause inflammation in any sport requiring arm exertion—such as tennis, padel, basketball, and running.
The sleeve guarantees a 30.62% reduction in total vibrations compared to a bare arm. Because of this scientific precision, it is the support of choice for champions like Lorenzo Musetti, Sara Errani, Agustín Tapia, and Fernando Belasteguín.
Key Technologies & Features
- Vibration Reduction: Biomechanically engineered to diminish shockwaves by 30.62%, actively protecting the elbow and limiting tendinous inflammation.
- Silicone Applications: External bands precisely contour the arm’s structure, effectively dissipating impact energy without causing skin friction.
- Targeted Compression: Firmly envelops muscles to enhance stability, boost oxygenation, and alleviate muscular stress.
- Active Recovery: Advanced fabric compounds interact with body heat to stimulate microcirculation and accelerate tissue repair.
- Hybrid Composition: Technical fabric blending 50% Polyester, 41% Polyamide, and 9% Elastane for optimal elasticity, topped with 100% silicone elements.
PRODUCT FEATURES
Discover all the features of NO STRAIN EVOLUTION the new sleeve that reduces vibrations.
Recommended Usage
These compression sleeves are suitable for all sports involving intense arm exertion, particularly tennis and padel. They are highly recommended for both preventative measures and as support during recovery phases following muscular or tendinous discomfort.
WITH NO STRAIN
- Elbow and Forearm Protection
- Vibration Reduction
- REDUCTION OF INFLAMMATION
- GREATER STRENGTH
- Prevention of Muscle Injuries
- FASTER RECOVERY
- Biomechanics as a new ally