PDCPD can replace metal or fiberglass and be applied to vehicle shells and other components. Its advantages are: light weight, easier transportation and assembly, and can reduce the labor intensity of workers on the production line, reduce vehicle fuel consumption and increase vehicle load capacity. It has low investment, short production cycle, and fast results. The vehicle shell can achieve free design of appearance, making it more diversified and personalized

Has a wide range of solvent corrosion resistance and can work in high-temperature media between pH 0 and 14. Its corrosion resistance ensures a long service life

The company has a complete supply of materials, molds and molding. For raw materials, its long-term partners include Japan's RIMTEC, the United States' METTON and the Shanghai Institute of Advanced Research of the Chinese Academy of Sciences; for molds, it cooperates with Japan's Meifu Seiko Co., Ltd. for development.

PDCPD is a high-rigidity, high-modulus material that can be molded in one step. The shell has no seams or gaps, is light in weight and high in strength. It is widely used in assault boats, unmanned boats, radar covers, military barracks, military airdrop boxes, military missile boxes, turnover boxes, military helmets and other fields.

PDCPD is widely used in heavy-duty truck exterior panels such as hoods, bumpers, fenders, and spoilers. Its low weight contributes to vehicle weight reduction and improved fuel efficiency. Furthermore, PDCPD offers a high degree of molding flexibility, making it suitable for complex structural designs and meeting the demands of customized and modular heavy-duty truck development. It also exhibits excellent UV and weather resistance, making it suitable for use in a variety of climates.

PDCPD's high rigidity and dimensional stability make it suitable for use in larger medical device housings, such as dialysis machines, X-ray machines, and surgical carts, ensuring structural strength while reducing weight. Furthermore, PDCPD supports low-pressure reaction injection molding, meeting the personalized, small-batch, and diversified production needs of medical products.

PDCPD materials are particularly widely used in the automotive industry, primarily due to their high strength, lightweight, impact resistance, and corrosion resistance. PDCPD can be used to manufacture components such as automotive body panels, bumpers, and spoilers. Compared to traditional metal materials, PDCPD is not only lighter but also effectively reduces fuel consumption. Its excellent impact resistance improves vehicle safety...