In the vast field of materials science, engineering plastics have become an indispensable cornerstone of modern industry due to their excellent performance. As an outstanding representative of engineering plastics, polycarbonate (abbreviated as PC) has demonstrated extraordinary value in numerous fields by virtue of its unique molecular structure and superior comprehensive properties. Its presence can be seen from daily electronic products to high-end aerospace equipment. This article will delve into the mysteries of polycarbonate, covering its definition, characteristics, production processes, application fields, industry status quo, and future development trends, presenting the charm and potential of this magical material in an all-round way.

Modified plastics are materials with uniform appearance obtained by filling, toughening, strengthening, blending, alloying and other technical means with primary form resin as the main component and additives or other resins that can improve the mechanical, rheological, combustion, electrical, thermal, optical, magnetic and other aspects of performance.

Modified plastics are materials with uniform appearance obtained by filling, toughening, strengthening, blending, alloying and other technical means with primary form resin as the main component and additives or other resins that can improve the mechanical, rheological, combustion, electrical, thermal, optical, magnetic and other aspects of performance. According to the modified function, the modified plastics include flame retardant resins, reinforced and toughened resins, plastic alloys, functional color masterclasses, etc. Each type can be further subdivided according to different materials, and due to their respective performance differences, the application field is also different.