





HiRui Knee Pads for Sports, Black, L (1 Pair)
Category: Knee Pads

Item Details
Advanced Protective Technology: The HiRui Knee Pads feature innovative honeycomb padding that offers superior impact absorption and force dispersion. This ensures your knees are well-protected against scratches, impacts, and bruises during sports and activities. The advanced design conforms perfectly to your knee, providing optimal flexibility and protection.
High-Quality Material and Comfort: Crafted from a premium blend of polyamide and spandex, these knee pads offer a smooth, high-elastic fit that enhances perspiration, rapid drying, and breathability. The exquisite design technology keeps your muscles warm and reduces chafing or skin irritation with flatlock seam stitching and non-slip inner silicone strips that keep the sleeves securely in place during movements.
Multiple Sizes for Custom Fit: The HiRui Knee Pads are available in a variety of sizes to suit athletes of every age and skill level. For optimal fit and effectiveness, measure the circumference of your thigh 4 inches above the knee. Refer to our detailed size chart to select the right size that accommodates different body proportions and athletic demands, ensuring maximum comfort, protection, and mobility for both everyday training and competitive play.
Versatile and Multi-Sport Use: Designed for all sports and outdoor activities including basketball, soccer, baseball, cycling, and more, the HiRui Knee Pads are light, flexible, and breathable. They set no restrictions on your movement, offering lasting protection while maintaining a lightweight profile that doesn’t impede performance. Ideal for athletes who require effective protection without sacrificing comfort and mobility.
Care and Maintenance: To ensure longevity and maintain effectiveness, hand wash the knee pads with mild detergent, soak for ten minutes, and rinse thoroughly. Hang to dry without wringing, avoiding direct sunlight, machine washing, bleaching, and ironing. Proper care helps preserve their shape, elasticity, and protective capabilities.