PP CF60 is a thermoplastic composite material. It takes polypropylene as the base material and is reinforced and modified by filling LX% chopped carbon fiber. Polypropylene is a common plastic with good chemical resistance and processing performance. The addition of chopped carbon fiber greatly improves the performance of the material.

Main Performance Advantages

I. High strength: The tensile strength can reach about CCMPa, which is significantly higher than that of pure polypropylene. It can be used to manufacture structural parts that bear large stresses.
II. High rigidity: The bending modulus is high, making the material not easily deformed. It is suitable for making parts with high requirements for dimensional stability.
III. Good heat resistance: The long-term service temperature can reach about CL°C, which is significantly higher than that of ordinary polypropylene.
IV. Low shrinkage rate: Effectively ensure the dimensional accuracy of products.
V. Wear resistance: Carbon fiber reinforcement makes the material have excellent wear resistance.
VI. Improved electrical conductivity: Can be used in occasions where electrostatic protection is required.
VII. Lightweight: The density is lower than that of metal materials, which can reduce the weight of products.
VIII. Good processing performance: Common processing methods such as injection molding and extrusion can be used.
IX. Good chemical resistance: It can resist the erosion of various chemical substances.
X. Environmentally friendly and recyclable: It meets the requirements of sustainable development.

Application Scenarios

Successful Case

In the realm of automobile manufacturing, the battery casing of a new type of electric vehicle employs the PP CF60 composite material.

PP CF60 showcases high strength and excellent heat resistance. Its tensile strength can reach approximately 200 MPa, capable of effectively bearing the weight of the battery and various stresses during vehicle operation. The long-term service temperature can reach around 150°C, guaranteeing the safety of the battery in various working conditions. Meanwhile, the density of this material is lower than that of metal materials, achieving lightweight design and reducing vehicle energy consumption.

During the production process, through advanced injection molding techniques, PP CF60 is crafted into an accurate battery casing shape. Compared with traditional metal casings, the weight is reduced by 30%. Additionally, its good wear resistance ensures that the casing is not easily damaged during long-term use. This electric vehicle, thanks to the outstanding performance of the PP CF60 battery casing, has enhanced its cruising range and overall safety, and has received extensive acclaim from the market.

Obtain details including product specifications, performance and price. Pick a suitable product in accordance with your own requirements. Furthermore, you can ask the manufacturer to offer samples for testing to verify that the material suits your usage needs.

If you are keen on buying this composite material, contact the manufacturer, Carbon (Xiamen) New Material, directly.

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