x
This week's popular search:

Importance of Choosing Thermal Conductive Materials?

Date: 2019-01-03
source:
Browse: 15

The importance of choosing thermal conductive materials, such as thermal conductive silicone film, thermal conductive double-sided adhesive, thermal conductive graphite sheet and thermal conductive pouring sealant, is introduced.

For thermal conductivity, whether active or passive cooling, it is very important to choose the appropriate thermal conductive material to select the appropriate thermal conductive material. Choosing the appropriate thermal conductive material and good thermal conductive material can form a good thermal conductivity efficiency and effectively transmit the heat of the chip to the thermal conductive sheet. Most people often ignore this problem.

The role of thermal conductive materials is to increase the heat conduction and heat conduction area, forming a good cooling efficiency. With good heat conduction, it may not need too many cooling fans such as radiators, but also save space and cost. The electronic equipment continuously integrates more and more powerful functions into a panel. Temperature control has become one of the most important design challenges. As the structure is tightened and the operating space is smaller and smaller, it is more important to select appropriate thermal conductive materials to effectively discharge more heat generated by generating units. Good thermal conductive materials can connect high-power electronic components and thermal conductive silicone film well, so as to achieve the purpose of optimum thermal conductivity and cooling. Based on the requirements of thermal conductive materials in electronic industry, thermal conductive insulating sheet, one of the thermal conductive materials, has good thermal capacity and high compressibility. Its function is to fill the gap between processor and radiator, which can be cut arbitrarily. It is the best product to replace thermal conductive materials such as thermal conductive silicone grease and cooling system. In order to meet the requirements of automation production and product maintenance, heat transfer of heating components is completed. It also has the effect of impact insulation and sealing, and can meet the requirements of miniaturization and ultra-thin design of equipment, combined with the practicability of new material technology. This thermal conductive material is widely used in automobile, display, computer and power supply, electrical equipment and other industries. For example, the thermal accumulation of high-power electronic components is compared to a reservoir. The outlet of the pool is a very small water pipeline. You use a larger connecting pipe at the lower end, or simply a water pump, but the water flow is limited. The use of appropriate thermal conductive materials, such as sockets in larger water pipelines, coupled with heat conductors and cooling fans, can achieve good thermal conductivity. Therefore, the choice of thermal conductive materials is very important. Good thermal conductivity can achieve twice the result with half the effort. Ignoring the application of thermal conductive materials, the heat can not be effectively discharged. It is a bit of a last resort to emphasize the role of thermal conductive sheets or fans.


Past review Review past
2018 - 12 - 26
Clicks: 36
The best thermal conductivity in the world is metal, not silicone grease, so why should we apply silicone grease? If the surface of radiator and CPU metal cover is as smooth as a mirror, then they can...
2019 - 01 - 03
Clicks: 15
The importance of choosing thermal conductive materials, such as thermal conductive silicone film, thermal conductive double-sided adhesive, thermal conductive graphite sheet and thermal conductive po...
2019 - 01 - 03
Clicks: 12
Thermal conductive silicone grease and soft thermal conductive silicone padSimple comparison between thermal conductive silicone grease and soft thermal conductive silicone pad1. Thermal conductivity:...
2019 - 01 - 03
Clicks: 9
In the end, only about 30-40% of the input energy is converted into light energy, while the remaining 60-70% of the energy is converted into heat energy mainly in the form of lattice vibration caused ...
Tel:0755-21030996         
Mobile:138 2652 0069                       

E-mail:sales@kovost.com
Address:3rd Floor, Building C, Jinhengrun Sci&Tech Park Xintang village, Guanlan Town, Longhua District Shenzhen China
Copyright ©2018 - 2021 Shenzhen Kewosite Technology Co., Ltd.
Contact us
Xintang Village, Orange Pond Community, Fucheng Street, Longhua District, Shenzhen