Electronic and Electrical

Engineering plastics are a type of plastic material with special properties and applications, widely used in the electronic and electrical industry. The following will introduce the application of engineering plastics in the electronic and electrical industry from several aspects.

Multi story wall panel profiles

Engineering plastics are high-performance plastic materials with excellent properties such as wear resistance, corrosion resistance, and high temperature resistance, making them widely used in the multi-layer wall panel/profile industry.

Aircraft construction

The application of engineering plastics in the aircraft construction industry can be said to be very extensive, as they play an important role in the structure, interior, and system components of aircraft. Below is a detailed introduction to the application of engineering plastics in the aircraft construction industry.

High gloss applications

Engineering plastics refer to plastic materials with high mechanical properties, thermal stability, and chemical resistance. Due to its excellent performance characteristics, engineering plastics have a wide range of applications in high gloss industries.

industrial equipment

Engineering plastics are an important engineering material, and their excellent properties have made them widely used in the industrial equipment industry. The following are the main application areas of engineering plastics in the industrial equipment industry:

Optical storage media

Engineering plastics have important applications in the optical storage media industry. Optical storage medium is a material used for recording and storing information, which enables information input and extraction through the irradiation and reading of laser beams. Engineering plastics have excellent physical, chemical, and optical properties, and are therefore widely used in the manufacturing of optical storage media.

LENS

The application of engineering plastics in the optical lens industry is gradually increasing, mainly due to their excellent physical and chemical properties. Compared to traditional glass materials, engineering plastics have the characteristics of being lighter, more durable, easier to process, and higher transparency, making them widely applicable in the field of optical lenses.

optical lens

The application of engineering plastics in the optical lens industry, as an important component of optical instruments, optical lenses are widely used in fields such as cameras, microscopes, telescopes, and lasers. Traditionally, optical lenses were mainly made of glass materials, but with the development of engineering plastic technology, more and more optical lenses are being manufactured using engineering plastic materials. The application of engineering plastics in the optical lens industry is mainly reflected in the following aspects.

Safety valves for respiratory aid equipment

The application of engineering plastics in the safety valve industry of respiratory aid equipment is a type of medical device used to assist patients in breathing, among which safety valves are an important component. Engineering plastics, as a material with excellent performance, are widely used in the manufacturing of safety valves for respiratory aid equipment.