material selection:
Choose high-quality materials with good elasticity, such as spandex, polyester fiber, etc., to ensure that the bandage has good stretchability and resilience, thereby improving the cushioning and shock-absorbing effect.
Structural design:
The structural design of multiple layers or combinations of materials can increase the buffering and shock-absorbing capabilities of the bandage. For example, the bottom layer uses high-strength materials for support, and the top layer uses soft materials for comfort.
Thickened design:
Increasing the thickness of a bandage improves its cushioning effect because more material is available to absorb impact, reducing the impact on the body. But you need to pay attention to keep it moderate. Too thick may affect the wearing comfort.
Add cushioning material:
Embedding cushioning materials, such as foam, gel, etc., inside or outside the bandage can increase the shock-absorbing effect of the bandage and improve its ability to cushion impact forces.
Surface treatment:
Using an uneven or wavy surface design can increase the contact area between the bandage and the skin, increase the shock-absorbing effect, and reduce the concentration of local pressure.
Scientifically fixed:
Use professional fixation methods to ensure that the bandage is close to the skin to avoid gaps during movement, thereby reducing the chance of impact forces being transmitted to the body.
Flexibility for custom fit:
Customize suitable elastic designs according to different parts and sports needs. For example, the joints need more support, while the softer parts of the muscles can be appropriately reduced in elasticity to ensure comfort and stability.