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What fields can thermally conductive silicone gel be used in?

2024-04-12

As a cutting-edge thermal interface material, thermally conductive silicone gel is gradually surpassing traditional thermal management solutions and showing its excellent application potential in protective coatings, packaging and potting in fields such as automotive electronics, LED lighting, high-voltage insulation, photovoltaics and avionics.Its stability is found in highly sensitive circuits, semiconductors and other electronic components, and it can maintain excellent performance even in extreme high and low temperature environments. In fields such as automotive electronics, 5G base stations and communication equipment, thermally conductive silicone gel can replace traditional heat conduction methods. It has the characteristics of low cost and the ability to solidify when electronic components heat up to increase the contact area.

1. New energy vehicle power battery

In new energy vehicle power batteries, the application of thermally conductive and flame-retardant silicone gel provides a strong guarantee for the safe operation of lithium batteries.In the face of vibration, temperature changes, rain immersion and other situations that may be encountered when electric vehicles are driving, as well as extreme situations such as local short circuits and overloads during battery failure or traffic accidents, the waterproof sealing, flame retardant sealing, heat dissipation and The shock absorption and fixation function can greatly improve the safety performance of the power battery pack and protect the safety of drivers and passengers in electric vehicles.

2. 5G electronic equipment

In the shell manufacturing of 5G equipment, in order to effectively improve the use quality of new thermally conductive silicone gel materials and accelerate the transfer and use of new thermally conductive silicone gel materials in 5G electronic equipment, it is necessary to incorporate new thermally conductive silicone materials into the current shell manufacturing. Gel material is added to polymer materials.However, due to the limitations of many design technologies, the new thermally conductive silicone gel material is not compatible with some polymer materials. Therefore, in current use, conductivity loss has been used as the basis to ensure the stability of the current. At the same time, on this basis, the effective use of new thermally conductive silicone gel materials is realized, which on the one hand improves the quality of housing manufacturing; on the other hand, it also promotes technological innovation and reform optimization of electronic equipment.

3. Avionics Equipment

Avionics equipment has strict requirements for thermal management materials. Thermal conductive silicone gel has performed well in a number of targeted tests. Compared with traditional thermal conductive media materials, it has better performance in high and low temperature performance, crash safety and continuous vibration. Demonstrating excellent performance, it provides new options for the production of avionics products.

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