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Application of silicone in the field of electronic appliances

Aug 12, 2019

High-performance materials made with silicone technology are entering the increasingly demanding electronics and electronics sector. Silicones seal and protect extremely sensitive circuits, semiconductors and equipment from heat, pollution and accidental damage, and help ensure a continuous supply of electricity.
 
First, silicone energy protection equipment
Silicones provide a complete sealing function to protect extremely sensitive electronic components and components from external contamination or movement. This is important to ensure the long-term stability and performance of many electronic products. In addition, silicone materials do not corrode and do not self-ignite, meeting the most stringent safety and purity requirements in the production and manufacture of electronic products.
 
Second, silicone can enhance equipment performance
As electronic devices become thinner, smaller, and faster, the outstanding physical properties of silicones make it possible to perform in new applications: high temperature and low temperature stability, excellent insulation, strength, Elasticity and toughness, moisture resistance, chemical stability, UV resistance and other environmentally friendly properties can bond and protect a variety of materials.
 
Third, the other role of silicone in electronic products
 Almost all electronic devices or satellites powered by batteries, outlets, and industrial power supplies are inseparable from silicones.
 
1. Silicones play an indispensable role in the development of computer technology, telecommunications, and other related fields that require microchips. If there is no silicone to provide protection against extreme temperatures and pollution, many of today's technology and electronic innovations that are taken for granted will not exist or operate effectively.
 
2, silicone can save money. The durability of silicones can reduce the cost of cleaning, maintenance, operation and replacement of new and used electronics.
 
3, silicone can extend the life of electronic products. Silicone retains its resistance to wear and tear even under the toughest conditions. Therefore, it is the best component for durable goods such as computers, automobiles, airplanes and household appliances.
 
4. Silicone sealants and adhesives have the durability and longevity that consumers demand.
 
Fourth, the typical application of silicone
 
1, the car
Silicones can isolate extremely sensitive automotive electronic components. Silicones help protect the performance of electronic components at extreme temperatures from humidity, salt and other corrosive environments. Silicones help ensure reliable operation of electronic components in airbags, brake systems, ignition and transmissions.
 
2, aviation and aerospace
Silicones can withstand the pressure and temperature limits necessary in aerospace. Silicone adhesives, sealants and potting agents ensure that electronic components and systems work well.
 
3, communication
Silicones can seal, bond and pot seal mechanical and electronic components in home and office equipment, including power transistor rectification thermal switches. The keypad, keyboard and copier rollers are made of silicone.
 
4, cleaning, decontamination
Silicone emulsions are good cleaning agents that remove residual cleaning materials from aerospace navigation systems and electronics and medical device components.
 
5, household appliances
Automatic coffee machines, digital answering machines, microwave ovens, steam irons, stereo systems, televisions, washing machines, vacuum cleaners – the electronic components of almost all household appliances are protected with silicone materials and their service life is extended. With silicones, home appliances are safer, more reliable, and require less maintenance.
 
6, microelectronics and microprocessor
High purity silicon is critical to sensitive circuits. Advances in technology have led to increased processing capacity and smaller size, and increasingly compact electronic modules have placed higher demands on thermal stability and moisture resistance. Silicones can meet the evolving needs of microelectronic devices, components, components and systems in the integrated circuit packaging industry.
 
7, circuit board and electronic module
Silicones are critical to the assembly and protection of finished circuit boards or electronic modules. A variety of silicone materials, conformal coatings, sealants, and gels enhance the insulation and chemical resistance of the material and provide continuous protection against moisture, moisture, vibration, overheating, corrosion, and radiation. Sealants, adhesives, and primers can be conveniently fabricated with a variety of common materials including ceramics, reactive metals, and filled plastics. This facilitates aseptic and rapid mass production of electronic systems.
 
8, semiconductor
Silicones can encapsulate and protect semiconductors, the must-have components of almost all electronic devices. High-voltage/power applications such as industrial motors, locomotives, and power supplies that require high-voltage switches; high-frequency communications such as cell phone base stations, satellites, and radar; high-temperature applications for aircraft engines, oil drilling, and automotive electronics (including sensors that control fuel efficiency and emissions); Semiconductors are required for the operation of these devices.
 
9, electricity and power supply
Transmission depends on uncontaminated insulation and avoids costly, dangerous interruptions in the power system due to exposure to water, salt, sand or industrial contaminants. Silicones provide a high-voltage insulating coating that protects wires, power and communication cables. Silicone insulation ensures safe and continuous transmission of high-energy power from underground and above-ground cables. The inherent durability of silicones extends material life and reduces maintenance and replacement costs.

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