This special Continuous Brazing And Sintering Furnace equipment for VC ultra-thin liquid-cooled heat sink plates is a Continuous Heating Furnace, suitable for sintering and brazing of copper base, copper powder, bare plate or wire mesh of various liquid-cooled diffuser plates (VC) It has the advantages of high automatic program, high sintering yield and good reducibility.
With the rapid development of modern electronic technology, 5G communication technology, etc., various electronic components CPUGPU are developing towards high frequency, miniaturization and high performance. At the same time, the performance degradation caused by high heat generation has already affected some electronic components. Appear. According to literature data, when the CPU operating temperature exceeds the rated operating temperature by 10 °C, its reliability will be reduced by 50%. This shows that the increasing heat flux density has become a key factor restricting the performance of electronic components. High-density heat flow will form "hot spots" on the surface of components, leading to performance degradation and reduced reliability. Thermal stress generated by high temperatures is more likely to cause damage to the component structure. The commonly used heat dissipation method is to transfer concentrated heat flow to a larger plane, and then transfer the heat to air (air cooling) or liquid (water cooling) through forced convection heat transfer or direct conduction heat transfer. At present, when the graphite thermal conductive heat dissipation film and Graphene Heat Dissipation Film used in smartphones and other equipment are no longer suitable, most manufacturers turn to VC ultra-thin liquid cooling heat sinks. Our company uses the original medium frequency high temperature graphitization and Carbonization Furnace. Basically, we have developed a special continuous brazing and sintering furnace for VC ultra-thin liquid-cooled heat sinks, which is suitable for continuous brazing and sintering of 0.2-0.8mm ultra-thin liquid-cooled heat sinks. It has high automatic procedures and high sintering yield. Good reducibility and other advantages.