Heat pipe is a heat-conducting component which has very high thermal conductive performance. It was developed by the Los Alamos National Laboratory in 1964 and reached the research climax in the 1960s and began a large number of applications in the industry. It can transfer heat in a completely sealed vacuum tube via the phase change of the working fluid between vapor and liquid states. It has very high thermal conductivity and is more than 100 times higher than the thermal conductivity of pure copper and therefore it earned the reputation of “thermal superconductor”.
Heat pipe heat sinks is the new products which are created by utilizing the heat pipe technology to achieve major improvement on old-style heat sinks or heat exchanging products and systems.
Heat pipe is a heat-conducting component which has very high thermal conductive performance. It was developed by the Los Alamos National Laboratory in 1964 and reached the research climax in the 1960s and began a large number of applications in the industry. It can transfer heat in a completely sealed vacuum tube via the phase change of the working fluid between vapor and liquid states. It has very high thermal conductivity and is more than 100 times higher than the thermal conductivity of pure copper and therefore it earned the reputation of “thermal superconductor”.
Heat pipe heat sinks is the new products which are created by utilizing the heat pipe technology to achieve major improvement on old-style heat sinks or heat exchanging products and systems.
