Knitting 3D Flat Sport Knee Support T Elastic Breathable Color Customized

Nylon Knitting Silicone Compression 3D Sleeve Wholesale Foam Knee Support Brace for Sports

1. Product Description

1 Nylon, Spandex material, best breathability,Comfortable performance

2 more flexible, sports safety, protection elbow,Support performance

3 high quality,high elastic, relieve the pain,Stretch performance

4. Three-dimensional knitting, comfortable to wear.

5.Spring support, moderate lateral displacement

6.The silicone massage pad provides indirect massage during exercise, slowing the pain in the knee and reducing the impact of the patella.

7. Adopt the import to conform to knitted fabrics, can be quickly dehumidified, gently laminated the skin, adjust humidity, more comfortable.

8. The bionic popliteal fossa design, different location of different weaving methods, can be gradient to break down the pressure of the knee.

2. Parameter

3. Applicalion

1.Suitable for people in sports, fitness, leisure, especially football, basketball, volleyball sports protection.

2.Suitable for Minor Sprains and Strains and Arthritis Pain.

4.Advantage

1.Prevent damage, protect the function of knee joint, the product color bright, soft delicate appearance.

2.Joint and lateral bending can be added to the metallic spring can help keep the knees with knee support, stability and shock absorption function, front opening design can strengthen the stability of the patella, monolithic adjustable according to requirements to adjust the overall design can improve the stability of the bound.

3..Flat Knit, an advanced horizontal knitting technique, allows for customized stitching to achieve 3D shaping of the fabric, providing optimum fit;

4.Thick gel provides comfortable stabilization to the knee, and absorption of dynamic forces.

5.4way stretch material provides supportive compression while allowing full range of motion.

6.Light, breathable fabric keeps skin dry reducing any fabric irritation.

7.Medial and lateral sprial stays provide knee joint stability.

5. Details