In led lamps, the quality of heat is directly related to the quality and life of the product. However, because of the hype of some merchants and the misinformation of so-called experts, there have been some misunderstandings. See if you have been misled? 1. Superstition thermal material Because of the high-tech materials used, the heat can be dissipated. Its practical ordinary aluminum heat dissipation, after repeated tests, the temperature of the heat sink is only 3-5 degrees Celsius higher than the bottom of the radiator. That is to say, if a material with excellent thermal conductivity can be used, the temperature can be lowered by 3-5 degrees Celsius when the thermal resistance is zero. 2. Superstition heat pipe The heat pipe has a good thermal conductivity, which is beyond doubt. But the heat that is derived from the heat sink eventually needs to go tropical through air convection. If there are no fins that dissipate heat, the heat pipe will soon reach thermal equilibrium and the temperature will rise with the heat sink. If you add heat sink fins to the heat pipe, you will eventually use fins to dissipate heat. Moreover, the contact points of the fins and the heat pipes are not as good as other methods. The result is a high cost and no improvement in heat dissipation. However, it is useful to use heat pipes on the integrated led, but the structure is reasonable! 3. Superstitious nano-radiation materials Radiation heat dissipation is negligible in the current temperature of the lamp at around 50 degrees Celsius. The radiation coatings promoted by the manufacturers have a good radiation effect even if they are advertised, even if they reach the radiation capacity of black body radiation, the heat dissipation proportion is only a few percent. How this is yet to be considered! And the coating itself can hinder the heat transfer, which affects the heat dissipation of the convection. Sintered Neodymium Magnets,Ceramic Magnet,Magnet For Motor Rotor,Block Neodymium Magnet HU NAN YUBANG MAGNETIC MATERIAL CO.,LTD , https://www.ybmagnet.com