PCABS alloy Sabah base C2950-111 in stock

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　　PCABS alloy Sabah base C2950-111 in stock

　　The concept and development of modified plastics

　　Concept: Plastic polymers are made by adding functional additives, additives, fillers, etc., or by blending different polymers, using mechanical equipment, physical methods, chemical methods, or organically combining different methods to produce plastic polymers that meet certain requirements.

　　Modification technology: mainly adopts blending, filling, toughening, strengthening, compatibility, flame retardancy, alloying and other technologies to enhance the flame retardancy, aging resistance, mechanical properties, as well as electrical, magnetic, optical, thermal and other characteristics of the resin.

　　On the basis of general plastic engineering and high-performance engineering plastics, the production process of modified plastics has also introduced cutting-edge sciences such as nanotechnology, condensed matter physics, energy conservation and environmental protection, further increasing the breadth and depth of plastic product applications, becoming a favorable means to save oil resources, reduce production costs, and increase economic benefits. Its applications cover traditional industries such as office equipment, household appliances, electronic and electrical appliances, as well as high-tech fields such as rail transit, precision instruments, aerospace, and new energy.

　　From the comparison of demand between traditional industries and high-tech fields, the demand in traditional application areas focuses more on product cost and consistency between different batches, while the demand in high-tech fields focuses on whether product performance meets design requirements. At present, there are hundreds of enterprises engaged in modified plastics in China, with tens of thousands of employees. The development of markets such as automobiles, household appliances, and lighting has led to an annual increase in the consumption of modified plastics, with an average annual growth rate of over 15%.

　　In lightweight technology, carbon fiber reinforced thermoplastic composite materials (CFRTP) are prepared by combining the advantages of engineering plastics such as corrosion resistance, low density, impact resistance, easy molding, and reusability with carbon fiber as reinforcement. Due to their excellent performance, CFRTP has been widely used in the automotive field. It can replace traditional metal materials and glass fiber reinforced components, such as automotive front-end modules, engine peripherals, body, seat frames, battery racks, power battery pack shells, etc. The carbon fiber reinforced PA series developed by Jinyang New Materials has a significant weight reduction effect, achieving a weight reduction of 10% -20%.

　　In addition to lightweight materials, environmentally friendly materials such as spray free and low odor have also begun to be widely used in the automotive industry. Coatings contain a large amount of volatile organic compounds (VOCs). As an environmentally friendly material that can replace traditional coatings, spray free materials have become a popular automotive material due to favorable policies and market conditions. They can be applied to components such as car control panels, grilles, fenders, bumpers, rearview mirror housings, and can also present a metallic texture.

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