7mm Neoprene Thickened Knee Braces Breathable Knee Compression Sleeve Knee Pads for Meniscus Tear Running Weightlifting Workout

Specification: Origin: Mainland China Weight: about 140g Size: S: 30-33cm/11.81*12.99in M: 33-36cm/12.99*14.17in L: 36-38cm/14.17*14.96in XL: 38-43cm/14.96*16.93in Material: Neoprene Color: Black Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.  Package List: 1 x Knee Brace  1.Superior Elasticity: These knee compression sleeves are designed with high elasticity, providing excellent support and flexibility during physical activities such as training, basketball, and running. They offer a snug fit without restricting movement, allowing for optimal performance. 2.Quick-drying Capability: The knee support feature a fast-drying material that efficiently wicks away moisture. This feature helps to keep the knees cool and comfortable, even during intense workouts or prolonged use. It prevents excessive sweat buildup, reducing the risk of discomfort or skin irritation. 3.Enhanced Breathability: With their breathable construction, these knee pads promote proper airflow and ventilation around the knee area. This feature prevents the accumulation of heat and moisture, reducing the likelihood of sweat-related discomfort and ensuring a fresh and dry feel throughout physical activities. 4.Versatile Application: Suitable for various activities such as training, basketball, and running, these knee guards offer versatility in use. Whether it’s providing stability during weightlifting or supporting the knees during sports, these braces adapt to different needs and ensure reliable protection. 5. Comfort Fit: These braces are designed to provide a comfortable fit, conforming to the shape of the knee and providing gentle compression. They feature adjustable straps or buckles to provide a personalized fit, ensuring maximum comfort and stability during movement.