Heat Pipe Aluminum Tower Fin CPU Heat Sink

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  What is a traditional radiator? It is the air -cooled downward pressure heat sink, and represented by various original seal heat sink. In order to improve the heat dissipation efficiency, this kind of radiator often uses a relatively high thermal conductivity metal like copper, the benefits of this type of heatsink is to save the room of the system, but the disadvantage is that the cooling air is easily to be blocked.

  Taking the original radiator of Intel as an example, the cooling wind is blowing in the direction of the CPU. This also represents the operation way of this type radiator. Although the material of the heat sink is different, the principle is roughly the same. One of the major disadvantages of this type of heatsink is that the heat is blowed from the bottom to the top, but will be blowed back to the bottom. The hot air was blocked by the ATX architecture layout. Need to rely on the chassis fan, so that Intel later released a 38 -degree chassis.

  The 38 -degree chassis fully considers the problem of thermal recycling, make holes on the side plate and adds a winding cover to strengthen the efficiency of this down -pressure radiator, but after all, it cannot solve the problem of the circulation totally.

  We are familiar with the concept of heat pipe. Although the thermal conductivity efficiency of the heat pipe is very high, it's better than any single metal, but the heatsink with heat pipe may not has good thermal conductivity. Only the correct use of heat pipes can exert its effectiveness. Tower heat sink is undoubtedly the most scientific thermal solution at present.

  If the heat pipe wants to have high -efficiency thermal conductivity, there must be a difference between cold and thermal end. If the whole heat pipe is hot, then the heat pipe can basically only play the role of a hollow copper pipe. The advantage of the tower heat dissipation is that the cold end and thermal end of the thermal tube is obviously distinguished. The thermal end uses a metal medium or directly contacts the CPU, while the cold end is interspersed with a large amount of heat dissipation fins which creates the temperature gap to improve the heat pipe efficiency.

  The blowing method of the radiator can actually be influenced by the overall air duct of the chassis without opinions. The reservation of the fan can blow the heat directly out of the case, instead of circulating the heat inside the chassis.

  An excellent radiator must have: The smooth base, high heat -conducting heat pipes, excellent fin heat pipe combined technology, reasonable number of fins, area and distribution, and can provide large air fans. Heat pipe tower CPU cooler can satisfy these thermal requirements, it uses the heat pipe to conduct the heat from the CPU and transfer to the aluminum fins, then the fan will blow the heat out of the system to cool down the applications.

  Sinda Thermal  is a experienced heat pipe tower CPU cooler manufacturer, we can produce the aluminum fins, copper pedestal, and soldering assembly in house, we are always offer the most competitive price and provide the best quality heatsinks, if you have any thermal questions please feel free to contact us.

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