Conductive plastics have not only been rapidly developed in antistatic additives, computer anti-electromagnetic screens and smart windows, but also have broad application prospects in light-emitting diodes, solar cells, mobile phones, miniature TV screens and even life science research. In addition, the combination of conductive plastics and nanotechnology will also promote the rapid development of molecular electronics. In the future, humans can not only greatly improve the speed of computer operations, but also reduce the size of computers. Therefore, some people predict that future laptops can be put into watches.
Classification of conductive plastic material
1. According to electrical properties, it can be divided into: insulators, antistatic bodies, conductors, and high conductors. Usually, those with a resistance value above 1010Ω·cm are called insulators; those with a resistance value in the range of 104~109Ω·cm are called semiconductors or antistatic bodies; those with a resistance value below 104Ω·cm are called conductors; and those with a resistance value below 100Ω·cm or even lower are called high conductors.
2. According to the manufacturing method of conductive plastics, it can be divided into structural conductive plastics and composite conductive plastics.
3. According to the use, it can be divided into: antistatic materials, conductive materials, and electromagnetic wave shielding materials.
Application fields of conductive plastic material
1.Electronic and integrated circuit packaging: Conductive plastics play an important role in the packaging of electronics and integrated circuits, including anti-static turnover boxes, IC and LCD trays, IC packaging, wafer carriers and film bags.
Electromagnetic wave shielding: Conductive plastics are used for electromagnetic wave shielding and are suitable for EMI shielding shells in electronic and electrical equipment, as well as in communications, computers, automation systems, industrial electronics, consumer electronics and automotive electronics.
2.Antistatic additives: Conductive plastics are widely used in antistatic additives and are used in high-tech fields such as computer anti-electromagnetic screens and smart windows.
Light-emitting diodes (LEDs) and solar cells: Conductive plastics have broad application prospects in light-emitting diodes and solar cells. Their light weight and low cost give them significant advantages in these fields.
3.Mobile phones and miniature TV screens: Conductive plastics are also used in the production of mobile phones and miniature TV screens to meet the demand for high-performance electronic products.
Life science research: Conductive plastics are also used in the field of life science research, which helps promote the development of molecular electronics
4.Other applications: Conductive plastics can also be used for the shells and structural parts of explosion-proof products, such as the shells and structural parts of electrical products in coal mines, oil tankers, oil fields, etc., as well as semi-conductive shielding materials in medium and high voltage cables
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