Application of High Temperature Resistant PC Plastic

PC engineering plastics are polycarbonate resins polymerized by the transesterification method (melting method) of bisphenol-a (bisphenol-a) in dihydroxy compounds and diphenylcarbonate (diphenylcarbonate) in carbonate compounds. . It is a kind of thermoplastic engineering plastic with excellent performance. It has outstanding impact resistance, good creep resistance and dimensional stability, heat resistance, low water absorption, non-toxic and excellent dielectric properties. It is the only one among the five major engineering plastics with good transparency. It is a product with the fastest growth rate in recent years and is also the general engineering plastics with the fastest growth rate.

Some of the main advantages and main functions of high-temperature-resistant PC plastic are that, as the name suggests, it has a wide operating temperature range, is also very elastic, impact-resistant, has high transparency, is easy to dye, has no odor, and is harmful to the human body. There is no danger to safety. High-temperature-resistant PC plastics say that the main application areas of this engineering material are in the glass manufacturing industry, automobile manufacturing, electronic components, electrical appliances and other industries, office equipment, furniture, fitness equipment, etc., which are very widespread. High temperature resistant PC plastic can also be used in bulletproof glass of bank windows.

High-temperature-resistant PC plastic is also a very widely used building material in the construction industry, compared with traditional inorganic glass. This new type of polycarbonate material has better light transmittance and stability. In terms of car manufacturing, due to the heat resistance, robustness and durability of this high-temperature resistant PC plastic material, it is widely used in the production of various car parts, such as car lighting systems, heating panels, etc. In addition, high-temperature resistant PC plastic is also an important component of aerospace building materials. Even any daily necessities of astronauts are made of this material.