Equipment Co., Ltd. Shandong High German conduction heat pipe material may be copper, aluminum, carbon steel, stainless steel and other metal or composite metal, its diameter can be done 20mm-219mm, length can be up 9M one. Our heat transfer technology is using a variety of mixtures of inorganic elements (heat transfer medium) as the primary heat transfer medium is injected into all kinds of metal or non-metal tube, plate cavity, after sealing molding, forming a superconducting heat transfer performance a new type of heat transfer technology. The technology obtained SRL (Stanford Research Institute) and DICP certification, recognizing our inorganic medium has the following technical advantages: 1. The thermal resistance is small, start quickly, heat transfer speed, average temperature is good. Since the end of the heating element, instantaneously transfers heat to the other side, the heat transfer capacity is much higher than a metal material, the axial direction of the temperature difference between the heat transfer element goes to zero, so that the surface temperature of the heat transfer elements converge. 2. The high thermal conductivity, heat capacity internal heat transfer components equivalent thermal conductivity of 14MW / m. ℃, is 3.2 times more silver. Internal heat transfer element axial capacity 27200 KW / m2; side heat transfer capacity: 157 KW / m2 3. compatibility, wide temperature range medium temperature range: -60 ~ 1100 ℃, the traditional heat pipe Temperature is 30-260 ℃ with mass production of components of the wall temperature range:. -60 ~ 320 ℃. The industrial production of a heat transfer element can be a medium temperature range of -50 ~ 350 ℃. 4. Working pressure is low, the use of safety no radiation, long operating life itself can inhibit heat transfer elements hydrogen, oxygen production, with common metal material does not react chemically. Heat transfer components work cavity pressure is low, less prone to high temperature burst pipes. Media itself non-toxic, no radiation, no pollution, no corrosion. Medium heat transfer components and a variety of metals such as copper, aluminum, carbon steel and stainless steel and non-metallic has good compatibility, no non-condensable gases, a single heat pipe does not produce radioactive materials, heat transfer efficiency up to 95%, the use of long life.