Industry dynamic

What are the advantages of thermal pad applied to LED lamps?

2022-07-05
LED thermal conductive silicone film is a product applied to LED lamps, the main function is thermal conductivity. Therefore, our design needs to take into account the lamp part. High power LED lamps use thermal conductive silicone film for heat conduction, thermal radiation and natural air cooling for heat dissipation. The service life of 5,000 hours ...... So the heat dissipation of LED devices and lamps can only be solved.

We are to use thermal conductive silicone film to conduct the heat generated by the LED light source to the heat sink, and then use the area of the heat sink for thermal radiation heat dissipation and air air cooling.
Therefore, the thermal conductive silicone has these 5 design advantages.
     
1.Insulation: thermal conductive silicone film insulation is good, thickness 1mm thermal conductive silicone film breakdown voltage in more than 8KV, applied to the LED in 0.3mm thickness breakdown voltage can be more than 4KV. Although the thermal conductive silicone film has good insulation itself, but because of its coating thickness is extremely thin, resulting in the heating equipment and heat sink parts nearly direct contact, so the application, its insulation is not as good as the thermal conductive silicone film.

2.Aging resistance: thermal conductive silicone film is solid form, compared with thermal conductive silicone grease silicone oil is difficult to volatilize, good aging resistance.

3.Form: thermal conductive silicone grease for the gel, soft thermal conductive silicone film pad for the sheet.

4.Thickness: As a thermal conductive material for filling gaps, thermal conductive silicone grease is restricted, while the thickness of soft thermal pad varies from 0.5-10mm, with a wide range of applications.

5.Anti-shock: thermal conductive silicone film for inline LED, there are pins, if you use the thermal conductive silicone sheet with glass fiber cloth series products with soft material, good compression, is the ideal gap-filling material, can be 

used in the transportation process to play the effect of anti-shock.



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