I. Introduction to TPU LCF30 Composite Material

(I) Composition

The TPU LCF30 composite material is made by using thermoplastic polyurethane elastomer as the base material and adding 30% long carbon fibers as the filling material for reinforcement and modification.

(II) Performance Characteristics
1. High strength: The addition of carbon fibers makes TPU LCF30 have very high strength and can withstand large external forces.
2. High toughness: Retains the high toughness of TPU itself and is not easily broken when impacted.
3. Good wear resistance: Shows excellent wear resistance and prolongs the service life of products.
4. Excellent chemical resistance: Has good resistance to various chemical substances.
5. Good low-temperature flexibility: Can still maintain good flexibility in low-temperature environments.
6. Good processing performance: Can be formed by various processing methods.
7. High dimensional stability: Is not easily deformed during use.

(III) Application Fields
1. Sports equipment field: Can be used to manufacture sports shoe soles, sports protective gear, etc.
2. Automotive parts field: Such as automotive interior parts, seals, etc.
3. Electronic and electrical field: Making electronic product casings, etc.

II. Application Case

In the field of sports equipment, a high-end hiking shoe uses TPU LCF30 composite material to make the sole.

This hiking shoe aims at excellent performance and comfort. Traditional hiking shoe soles usually use rubber materials. Although they are wear-resistant, they are heavy and the support and stability on complex terrains need to be improved. The TPU LCF30 composite material sole perfectly solves these problems.

First of all, the high strength and high toughness of TPU LCF30 provide reliable support for hikers. On rugged mountain roads, the sole can withstand various pressures and impacts and is not easily deformed or damaged. Its good wear resistance ensures that the sole still maintains good performance after long-term use.

During the manufacturing process, Carbon (Xiamen) New Material provides high-quality long carbon fibers to ensure the stable performance of the composite material. This sole is carefully designed with good anti-slip performance and grip, providing safety guarantees for hikers.

At the same time, the good low-temperature flexibility of TPU LCF30 makes hiking shoes maintain good flexibility in cold alpine environments and will not become hard and brittle. In addition, the good processing performance of this material makes the sole more refined in production and improves the quality and aesthetics of the product. Through the successful application on this hiking shoe, TPU LCF30 composite material brings new development opportunities for the sports equipment field.

Distinct carbon fiber reinforced and modified thermoplastic composite raw materials will exhibit variations in performance due to elements like diverse matrix resins, carbon fiber quantity and kind, as well as production techniques. The advantages of specific composite materials still require accurate assessment based on actual application demands and by conducting comparison tests with particular other carbon fiber reinforced plastics. Moreover, thermoplastic composites manufactured by different producers may have different focuses and disparities in performance. If more precise and detailed information is required, it is advisable to refer to the product brochures and technical data sheets of relevant manufacturers or contact us directly.

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