HEATPIPE HEATSINK

A Heatpipe is a sealed copper tube that is under vacuum, and can transfer heat rapidly away from the source. The High thermal conductivity enables a heat pipe to transfer, and dissipate heat to a more convenient location through a capillary action. This effect is similar to placing a paper towel in coffee, and watching the fluid rise up the paper towel. Heat pipes are available in various shapes and sizes.. The can be flat or round, and can be formed to fit most contours.

We are a leading heatpipe heatsink manufacturer with years of experience designing and producing high-quality cooling systems for electronic devices. 

A copper heat pipe heatsink is a cooling device used in electronic devices to dissipate heat generated by the components. Heat pipes are made of copper because their high thermal conductivity allows for efficient heat transfer. A heat pipe heatsink is a sealed copper pipe with a small amount of working fluid inside. When the heat from the electronic component is applied to one end of the heat pipe, the working fluid evaporates and travels to the other end, where it condenses and releases the heat. This process allows for effective heat dissipation and helps to prevent overheating of the electronic device. Copper heat pipe heatsinks are widely used in various applications, including computers, laptops, and other electronic devices.

The use of a heatpipe for thermal management is a proven and widely applied technology. The modern concept of a capillary driven heat pipe was first invented by General Motors in 1962. NASA later adapted and further developed this concept. Heatpipes have become commonplace in some of today’s electronics systems. Computers, pipes along the Trans-Alaska Pipeline, nuclear reactors, heat-sensitive electronics aboard satellites and the International Space Station, all rely on heat pipes to manage thermal output effectively.