Thermal Plastic Product

-Plastics are prepared by adding high thermal conductivity substances to produce thermal conductivity with a higher K value than ordinary plastics.

-Thermal Plastic radiator has the flexibility of the design as the general plastic.

Thermal Plastic VS. General Plastic : Performance Comparison	Comparison of the effect of Thermal Plastic on the improvement of thermal conductivity
Size 100*100mm  Thickness 3mm Medium Gap Pad K 1.5 t0.5mm) Heating Wattage 6W	Temperature 25℃ Heating Wattage 5W Medium Gap Pad K 1.5 t0.5mm)

The following table compares the temperature changes of "Aluminum Extrusion" & "Thermal Plastic" & "Ceramic Radiator" in the same size and wattage environment. It can be found that the temperature difference (Delte T) of the Thermal plastic radiator is lower than that of the ceramic radiator.

	Aluminum Extrusion Size：50*50*10mm Amb Ave. ：25℃ 5W				Ceramic Radiators Size：50*50*10mm Amb Ave. ：24.8℃ 5W
			Thermal Plastic (K=4.5) Size：50*50*10mm Amb Ave. ：25.2℃ 5W

Do you often experience green screens or blue screens when playing computer games or executing high-performance software??

After the driver is turned on, the heat dissipation of the computer is always insufficient, the temperature is super high and the back cover is super hot to the touch?

1. The semi-passive fan control system usually causes the backplane temperature of the graphics card to be too high, but with the backplane made of Thermal Plastic, it can often effectively reduce the temperature, and the temperature difference performance is also better than other materials such as: Ceramic Radiators are good.

2. In accordance with the differences in the appearance of graphics card products, it is possible to flexibly design a graphics card backplane with heat dissipation function and aesthetics, and transfer heat from a specific heating block on the motherboard to the backplane for heat dissipation.