Thermal management, including heat transfer, dispersion, storage, and conversion, has a specific concept in the electronics, battery, and automotive industries. Among these, thermal management materials play an important role as they work in concert with other control units to ensure that the working system operates properly at the appropriate temperature.
Along with technological developments in areas such as 5G, big data and artificial intelligence, the power density of electronic devices is climbing higher and higher, making it even more urgent to have efficient thermal management materials and solutions to ensure the efficiency, reliability, safety, durability and continuous stability of products.
Thermal management materials are the material basis of thermal management systems, and their composition, structure, and processing processes have an important impact on the core technical index of thermal management materials – thermal conductivity.
“Soft” materials are often encountered in thermal management materials, such as silicone, silicone grease, etc.” The concept of “soft” can also be extended to a variety of irregularly shaped materials, such as liquids of various viscosities, colloids, and even powders, as well as materials that change shape during use, such as paraffin wax. With NETZSCH instruments, the thermal conductivity of these materials can be measured scientifically, efficiently, and accurately.
If you are using a NETZSCH instrument and have run out of crucible consumables, please feel free to contact us to purchase crucibles of alumina, aluminum, platinum, graphite, stainless steel, etc. for your NETZSCH instrument.