Production process of multi-texture TPU film

The 0.01m (i.e. 0.01 mm) TPU film is a very thin thermoplastic polyurethane material, which is known for its light weight, wear resistance, oil resistance, chemical corrosion resistance, and good elasticity and flexibility. Therefore, the thickness of 0.01m TPU film is suitable for multiple uses:

1. Clothing and footwear: TPU film can be used to make waterproof and breathable layers for sportswear and footwear. Because of its thin and light characteristics, it can provide a comfortable wearing experience.

2. Medical supplies: In the medical field, this film can be used to make disposable medical supplies, such as surgical gowns, gloves, etc., due to its good biocompatibility and chemical resistance.

3. Electronic product protection: Since TPU film has good tear resistance and abrasion resistance, it can be used to make protective films for electronic products, such as mobile phone screen protectors.

4. Packaging materials: Due to its transparency and flexibility, TPU film can be used to make packaging materials for food and commodities, providing additional protection and preservation effects.

5. Automotive industry: In automobile manufacturing, 0.01m TPU film can be used for surface protection of interior parts and as a lightweight alternative material for certain parts.

6. Construction industry: This film can be used as a building sealing material for window and door sealing to improve the energy efficiency of buildings.

7. Sports equipment: Because of its wear resistance and elasticity, TPU film is suitable for use on the surface of sports equipment, such as yoga mats, treadmill running belts, etc.

8. Outdoor products: Due to the weather resistance and waterproofness of TPU film, it is also suitable for making outdoor equipment, such as the waterproof layer of tents and backpacks.

In summary, 0.01m TPU membrane is suitable for a variety of applications that require lightweight, wear-resistant, chemical resistance and waterproofing due to its unique physical properties.