7 Advantages Of Heat Pipe Heat Sink

Today's high-power LED luminaire (300 watts) mainly use heat pipe heat sink to heat dissipation, but this heat dissipation technology is currently facing the challenge of thermal thermal techniques and composite grooves in PC processor dissipation, which will help You understand why overclocking three technologies love heat pipe cooling technology.

High-power (300 watts) LED outdoor lighting heatshery In addition to considering the current market is very popular copper pipe heat sink, it is also possible to consider using a warming board and a composite groove group custom heat sink, which is generated from the PC high speed processor. Here, you will introduce you to the working principle and advantages and disadvantages of heat pipe heat dissipation technology.

We all know that there are three types of heat transfer: conduction, convection and radiation, any heat dissipation design is a comprehensive application of these methods. At present, the heat dissipation methods commonly used in the industry include three types: natural heat dissipation, compulsory convection heat, heat pipe heat dissipation. Heat tube heat dissipation is a heat dissipation device that is currently effective and stable. The speed of conducting heat is tens of tens of times higher than that of traditional metals. This feature is better to LED, it can quickly generate the heat generated by the LED. The fastest way to other things, this is more effective than any other method, the disadvantage is costly, and if we realize the standardization of heat pipe heat dissipation, the cost will not matter.

The heat pipe heat sink is an update to the traditional heat dissipation. It is the highest level of technology in the field of heat dissipation. It is the cutting-edge technology in the field of heat pipe superconducting heat transfer. Excellent performance of unparalleled products with other similar products:

1, small size. Meet the requirements of miniaturization and integration of LED control systems;

2, the heat dissipation power is large. Meet the cooling needs of LED high power;

3, heat dissipation efficiency. The heat resistance of the heat dissipation device is small, and more heat can be quickly dispersed in a limited space, ensuring that the device and device work in a low temperature environment;

4, low cost. The disposable investment of the device is much lower than the cost of heat-dissipating device, and the service life is more than 20 years. And no people, do not need to care, save labor, material resources, financial resources, low operating costs;

5, maintenance-free. The product is a solid and metal production. In addition to people are destroyed, it is impossible to use natural damage, never need maintenance, repair;

6, save energy. The heat transfer of this product is dynamic as the pressure difference inside the heat pipe, without having to attach external power;

7, save resources. Due to the small size, the equipment is small.