INNOVACERA | technical ceramic solutions

  Application of Ceramic Heat Dissipation in Battery Cooling System At present, the thermal management of power battery systems can be mainly divided into four categories: natural cooling, air cooling, liquid cooling, and direct cooling.   Among them, natural cooling is a passive thermal management method, while air cooling, liquid cooling, and direct cooling are active methods. The main difference between the three is the difference in heat exchange medium.   Traditional battery cooling system: To change the temperature difference between the battery core and the cooling system, liquid cooling system refrigeration is the most useful method.   How does ceramic heat dissipation apply to battery heat dissipation? Replace insulating plastic materials with low thermal conductivity with  ceramic materials  with high thermal conductivity. The research shows that rapid heat dissipation and temperature equalization can be achieved by using the high thermal conducti...

There are a lot of practical uses for   ceramic   in LEDs. First of all, they’re possibly the best material to use for heat sinks. This is because aluminum replaced copper as the cheaper alternative for heat sinks in LEDs. However, although it is relatively malleable and effective in conducting heat, it’s not that environmentally friendly to dispose of. This is where ceramic comes in! Ceramic is a very cost-productive material to use for heat sinks. This is because it is very easily available, can be printed out into heat sink shapes very easily and only needs the LED chip to be stuck directly onto it. This means using ceramic material for your LED’s heat sinks removes the need for PCB boards and thermal adhesives. Ceramic is a great alternative to previously used aluminum as they’re more environmentally friendly and contribute better to the overall heat dissipation of the light. There are below benefits to use  ceramic heat sinks : Longer Lifespan:  Having highly ef...