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Solution for Thermal conductive plastic
Date:2019-06-05Views:2502Tags:Solution for Thermal conductive plastic

Analysis of the convection limited and conduction limited:

l  In the case of external convection is limited, the lower heat conduction coefficient plastics can replace the aluminum radiator without increasing the temperature.

l  In the case of heat conduction is limited, the higher heat conduction coefficient plastics can be significantly lower the temperature than common plastics.

k-1

 

Comparison of radiator made by different materials

 

Test Report  Ⅰ

Test environment:room temperature 25℃

Driving power:10W   

Test condition: 10*3 total 30PCS ,3030 Al substrate

200mA constant current drive, 9761 RTV conductive adhesive

Test equipment: Fluke Ti10 IR tester

Test sample:A19 radiator                               

Test report Ⅱ

(Light source surface 85.5 ,welding spot 80.3, shell 77.4)

 

 

Technology parameters for LED radiating shell

 

Advantages compared with other thermal conductive materials

Anti-crack:-40 ℃ —120 ℃  ,30mins 1cycle,recycle 500hrs

 

Advantages compared with other thermal conductive materials

 

Grey color matching no mixed color : 

 

Advantages compared with other thermal conductive materials

Yellowing resistant, anti-aging

Advantages compared with other thermal conductive materials

Laser etching

 

Advantages compared with other thermal conductive materials

 

 

Application example