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What you need to know about thermal conductive materials?
Release time:
2021-02-19
As a professional discipline, thermal design has successfully addressed the issue of heat loss or retention in devices. In thermal design, it is often necessary to consider the heat conduction between power devices and heat sinks. When selecting a heat transfer medium, not only its heat transfer capacity should be considered, but also the production process, maintainability, and cost-effectiveness. Let's followHeat-conducting materialsand learn more about it with the editor!
1. Flexible thermal pads
Thicker thermal pads produced specifically for designs that utilize gap heat transfer. They can fill gaps, complete heat transfer between heat-generating and heat-dissipating parts, and also play a role in shock absorption, insulation, and sealing, meeting the design requirements of miniaturization and ultra-thin devices.
2. Thermally conductive filler
It can also be used as thermally conductive adhesive, not only having a heat-conducting function, but also being a good material for bonding, sealing, and potting. By filling the contact surfaces or can-shaped bodies, it conducts the heat from the heating components.
3. Thermally conductive insulating potting glue
Thermally conductive insulating potting glue is suitable for potting electronic components with high heat dissipation requirements. After curing, this glue has good thermal conductivity, excellent insulation, excellent electrical properties, good adhesion, and good surface gloss.
In summary,Heat-conducting materialsThis is a brief introduction to some relevant knowledge provided by the editor, hoping you can learn more through the editor's introduction above. If you want to learn more, you can follow this website; relevant knowledge will be updated later.
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