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2026.03.24
Detailed introduction of aluminum nitride
Aluminum nitride is a ceramic insulator that gives it high heat transfer capability, leading to its widespread use in microelectronics. Unlike beryllium oxide, aluminum nitride is non-toxic. Aluminum nitride, treated with metal, can replace alumina and beryllium oxide in a large number of electronic instruments.
2026-03-24
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2026.03.24
Common synthesis methods for preparing aluminum nitride powder
At present, many methods are used to prepare aluminum nitride powder, such as direct nitridation of aluminum powder, carbothermal reduction of aluminum oxide, sol method, self propagating combustion method, plasma composition method, decomposition method of polymer containing ALN bond, chemical vapor stacking method, water induced solid phase reaction method, sol gel method, etc. Below, the editor will introduce the commonly used composition methods for aluminum nitride powder.
2026-03-24
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2026.03.24
Application directions of aluminum nitride ceramics
Aluminum nitride can be used in TIM (thermal interface material). By adding high thermal conductivity insulating aluminum nitride particles to epoxy resin, the thermal conductivity and strength of the material can be effectively improved; It can also be used as a thermal conductive adhesive, thermal grease, etc.
2026-03-24
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2026.03.24
Properties and Application Fields of Aluminum Nitride
Excellent thermal conductivity, high insulation strength, superior mechanical properties, low coefficient of thermal expansion, and strong resistance to molten metal erosion.
2026-03-24
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