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Heat dissipation materials
>PP temperature-resistant and dirt-resistant heat sink
This heat sink is specially intended for environments where cooling water quality is prone to dirt. In particular, cooing water contains grease, powder dust, and cotton, or the work status of hotter water cooling. Compared to conventional thin films and wooden heat sink, performance and cleaning convenience can be taken into account. The snap-in design is convenient to install and transport.
Specifications of heat sinks
Material Softening temperature °C Thickness mm
PP 150 1.8
Specifications of heat sinks
Water quality Cooling tower type Model No. Surface contact area
m2/m3 		Height of ripple
mm 		Standard specification
mm
Industrial water
(Max Tss:300PPM,
500PPM 10小時內) 		Counterflow typ TL-NF 1900 125 19 500*450*305
> PET FILM
This heat sink is specially intended for environments where cooling water quality is prone to dirt. In particular, cooing water contains grease, powder dust, and cotton, or the work status of hotter water cooling. Compared to conventional thin films and wooden heat sink, performance and cleaning convenience can be taken into account. The snap-in design is convenient to install and transport.
Heat sink material
Material Contact angle Description
PET 74 More hydrophilic
PVC 86.6
PET-S 36.1 Hydrophilic
Specifications of heat sinks
Water quality Cooling tower type Model No. Surface contact area
m2/m3 		Height of ripple
mm 		Standard specification
mm
Industrial water Counterflow-type cooling tower TL-NF 1900 205 19 1830*305*305
Industrial water Counterflow-type cooling tower TL-NF 1400 287 14 1830*305*305
Industrial water Counterflow-type cooling tower Other brands of products 150-160 19 1830*305*305
The heat sink pattern design consists of cross twills in two directions, which allows cooling water to extend to a larger area of water film and have more contract area with cold air and time. At the same time, the flow rate of water film is taken into account to reduce the rate of scaling production.
The apertures of heat sinks have been developed based on the most common specifications in the market, which are comparable to the pressure loss of windmills. The pattern design also takes into account the structural strength, which can withstand greater hydraulic impact and carrying capacity.
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