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Application of conductive compound
Release time:2017-04-27 | Source:INCHR New Material | Hits:82Application in the automotive industry
Automobile has become an indispensable means of transportation in people's lives nowadays. However, with the development of automobile electrification and intelligence, the issue of ESD (Electrostatic Discharge) has gradually attracted people's attention. The emergence of conductive and antistatic auto parts provides an effective solution to this problem.
1. Characteristics of conductive and antistatic compound
Conductive and antistatic compound can effectively eliminate static electricity and prevent static electricity from interfering with and damaging automotive electronic equipment. Conductive compounds have good electrical conductivity and can effectively introduce static electricity into the ground to prevent accumulation of electricity and charge. Anti static compounds have good anti-static properties and can reduce or eliminate the accumulation of electrostatic charges and the rapid release of voltage.
2. Conductive and antistatic auto parts
Conductive and antistatic compounds are widely used in the automotive field. They can be used to manufacture automotive interior parts, exterior parts, wiring parts, capacitors and other accessories. These accessories can effectively prevent the accumulation of static electricity and protect the safe and stable operation of automotive electronic equipment.
In addition, conductive anti-static materials can also be used to produce key components such as automotive sensors, battery boxes, and electronic control modules. By using conductive or antistatic auto parts, you can effectively reduce the incidence of car failures and improve the overall performance and reliability of the car.
3. Manufacturing process of compounds
Manufacturing conductive antistatic compounds requires multiple processes. First, appropriate conductive masterbach and antistatic masterbatch need to be selected, mixed and granulated. The material is processed into the required shape and size through molding processes such as hot pressing, extrusion, and injection molding.
During the manufacturing process, testing and inspection of conductive properties and antistatic properties are also required. Only through strict quality control and testing can the quality and performance of conductive anti-static materials be guaranteed.
4. Future industry trend
With the continuous advancement of automotive technology and consumers' increasing requirements for automotive safety, conductive compound and antistatic compound have bright prospects in the automotive field. In the future, conductive and antistatic materials will be more intelligent and efficient.
R&D technicians will continue to explore new materials, new processes and new technologies to improve the conductive and anti-static properties of the materials. At the same time, efforts will also be made to reduce the cost and environmental impact of conductive antistatic materials and contribute to the sustainable development of the automotive manufacturing industry.The emergence of conductive and anti-static auto parts has brought certain challenges to the electrification and intelligence of automobiles, but it also provides effective solutions to solve ESD problems. The properties and applications of conductive antistatic materials make them an integral part of the automotive manufacturing industry. With the advancement of technology and the expansion of applications,it will play an increasingly important role in the automotive industry.
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