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Innovacera is exhibiting at Manufacturing World Tokyo 2026 from July 1 to 3 at Tokyo Big Sight. At this year’s exhibition, we are presenting advanced ceramic components solutions for electronics, semi…

In industrial high-temperature heating and biomass combustion ignition systems, ceramic igniters are gradually replacing traditional nickel-chromium resistance wire heating solutions. Ceramic heating …

Against the backdrop of semiconductor manufacturing, vacuum optical experiments, and high-end industrial equipment continuously advancing toward higher precision and stability, internal system signal …

The film preparation processes such as PVD vacuum coating, electron beam evaporation, thermal evaporation deposition and magnetron sputtering are usually carried out in high vacuum or inert atmosphere…

The operating life of power electronics systems is strongly influenced by temperature. Aluminum Nitride PCB Substrate extends this life by keeping devices cooler, delivering value that far exceeds any…

In 800G and 1.6T high-speed optical module design, thermal management has become a core challenge restricting module performance and reliability. The increasing power density consumption of laser driv…

Are you looking for a harder BN ceramic? If so, our BSC material will be a kind of good choice. The pure Boron Nitride ceramic like 99% BN and 99.7% BN is very soft and easy to be broken during the pr…

When engineers choose ceramic materials for high-temperature and thermal management applications, thermal conductivity often tops the list of concerns. Boron nitride ceramic stands out because it comb…

What is a Ceramic Substrate? I have been working with ceramic substrates for many years. In technical terms, a ceramic substrate is a substrate made from ceramic materials — most commonly Aluminum Nit…

Hexagonal Boron Nitride ceramic (short for BN) plays an important role in metals refining due to its non wet to molten metal and high electrical insulation, at the same time it can endure the high tem…