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Main types of thermal conductive materials
Release time:
2021-05-31
Thermal Conductive MaterialsMain Types ofInclude: Graphene, thermally conductive adhesive, graphene preparation equipment, thermal conductivity tester, heating element, thermally conductive silicone sheet, thermally conductive insulation material, thermally conductive interface material, thermally conductive silicone cloth, thermally conductive tape, thermally conductive grease, thermally conductive paste, thermally conductive paste body, thermally conductive silicone grease, heat dissipation oil, heat dissipation film, thermally conductive film, etc.Thermal Conductive Materials。
1. As a professional discipline, thermal design has successfully solved the problems of heat loss or retention of equipment. In thermal design, it is often necessary to consider the heat conduction between power devices and heat sinks. The selection of heat transfer medium should not only consider its heat transfer capacity, but also take into account the production process, maintainability and good cost performance.
TheseThermal Conductive MaterialsMaterials are designed in recent years to meet the thermal conductivity requirements of equipment, with excellent performance and reliability. They are suitable for various environments and requirements, and have appropriate countermeasures for possible heat conduction problems, providing strong support for the high integration, ultra-small and ultra-thin design of equipment. Thermal products have been increasingly used in many products, thus improving product reliability.
1)Thermal Conductive Materials-Phase-change insulation material
Utilizing the characteristics of the substrate, phase change occurs at the operating temperature, making the material better fit the contact surface, while obtaining ultra-low thermal resistance and more thorough heat transfer. It provides reliable protection for important equipment such as CPU and modular power supply. Selection.
2)Thermal Conductive Materials -Thermal pad
The crystallization of special technology and advanced technology, extraordinary thermal conductivity and low resistance are materials used in special occasions. The thermal conductivity and flexibility of the material itself meet the heat dissipation and installation requirements of power devices.
3)Thermal conductive material -Thermally conductive tape
Widely used in the bonding of power devices and heat sinks, it can simultaneously achieve heat conduction, insulation, and fixation, effectively reducing the size of the equipment, and is a favorable choice for reducing equipment costs.
4)Thermal conductive material -Thermally conductive insulating elastic rubber
It has good thermal conductivity and high withstand voltage, meeting the electronic industry's needs for thermal conductive materials. It is a binary powder that can replace silicone grease and mica sheets.
The optimal product for thermal systems. This type of product is easy to install, which is conducive to automated production and product maintenance, and is a new type of material with strong processability and practicality.
5)Thermal conductive material -Flexible thermal pad
A thickened thermal pad, specially produced for design schemes that utilize gap heat transfer, can fill the gap and complete the heat dissipation of the heating part and the heat dissipation part.
Transmission can also play a role in shock absorption, insulation, and sealing, and can meet the design requirements of miniaturization and ultra-thinness of equipment.
6)Thermal conductive material -Thermal filler
It can also be used as thermally conductive adhesive, which not only has the effect of heat conduction, but also is a good material for bonding, sealing, and potting. By filling the contact surface or pot,
Conduct heat in heating components.
7)Thermal conductive material -Thermally conductive insulating potting glue
Thermally conductive insulating potting glue is suitable for potting electronic components with high heat dissipation requirements. After the adhesive is cured, it has good thermal conductivity, excellent insulation and excellent electrical properties.
Good adhesion and good surface gloss.
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