PRO 2.0: The New Benchmark in Technical Compression and Comfort
The INC COMPRESSION PRO 2.0 sports compression socks represent the perfect fusion between textile innovation and medical compression engineering. Developed for elite athletes and demanding amateurs, these socks offer superior performance thanks to their intelligent construction and high-strength materials.
🏥 Technical and Sporting Benefits:
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Strong Compression CCL2 (23-32 mmHg): Advanced muscle support to improve blood circulation, reduce fatigue, and accelerate recovery during high-intensity efforts.
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Technological Foot:
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Sleek and anatomically designed for a perfect fit to the foot, eliminating pressure points and minimizing friction on the insole.
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Optimized foot area for greater freedom of movement and control within the shoe.
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Advanced Microfiber Fabric:
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Quickly absorbs and dries sweat, keeping your feet dry and comfortable throughout your activity.
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Enhanced composition: 70% SoftAir Polyester, 20% Polyamide, 10% Elastane (Lycra) for greater durability and targeted stretch.
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✨ Why choose PRO 2.0 socks?
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Superior Performance: Ideal for indoor sports, running, trail running, cycling, or high-intensity workouts where every detail counts.
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Comfort and Precision: The microfiber fabric adapts like a second skin, offering lightness and support without sacrificing freedom.
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Ideal Complement: Perfect for use in conjunction with Arm Armour Sleeves. for complete body protection.
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Medical Certification: Medical device with 6% VAT , guaranteeing proven quality and effectiveness.
ℹ️ Specifications:
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Composition: 70% SoftAir Polyester, 20% Polyamide, 10% Elastane (Lycra).
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Compression: Class 2 (23-32 mmHg).
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Packaging: Box containing 1 pair of socks (2 units).
- Origin: Made in Portugal 🇵🇹.
Experience the next generation of compression socks. Elevate your performance with PRO 2.0 socks.
SoftAir+Plus – due to its elastic and multifilament construction, this new fiber offers excellent feel and extraordinary breathability through the principle of capillarity and air pockets that form between its filaments, providing high thermal control and a thermoregulatory effect.