Aluminum Nitride Ceramics

Aluminum nitride is a covalently bonded compound with a hexagonal brazingite structure. Aluminum nitride has a series of excellent features as below: Excellent thermal conductivity, Reliable electrical insulation, Low dielectric constant, …

About Hot-Pressed Aluminum Nitride (AlN) Hot pressed aluminum nitride ceramics are sintered by vacuum hot pressing. The aluminum nitride purity is up to 99.5%(without any sintering additives), and density after hot pressing reaches 3.3g/cm3, it al…

Aluminum nitride (AIN) is known for its high thermal conductivity and excellent electrical insulation properties. It is a common ceramic material used in a variety of electrical devices. In addition to its coefficient of thermal expansion and electri…

Due to its high thermal conductivity (≥170W/m.k), aluminum nitride ceramic crucibles can be used for heat conduction to achieve heating effects, and are widely used in electronic equipment, such as gas atomization of electronic devices. Aluminum n…

Ceramic Injection Molding (CIM) is an emerging technology for manufacturing complex-shaped ceramic parts, and it has incomparable unique advantages in the preparation of complex small parts. With the continuous expansion of the industrialization scal…

According to the preparation technology and application field of ceramics, ceramics can be divided into traditional ceramic materials and advanced ceramic materials. Advanced ceramics have gradually become an important part of new materials. Advan…

Aluminum nitride is a new type of ceramic material with excellent comprehensive performance. It has excellent thermal conductivity and thermal shock resistance, reliable electrical insulation. Because of the liquid phase sintering and no secon…

The main crystal phase of aluminium nitride ceramics is aluminium nitride powder, which has the following characteristics: 1. What is aluminum nitride? Aluminium Nitride (AIN) is one kind has the six-party wurtzite structure form of refra…

With the development of the electric components, smaller but better performance and lower energy cost elements are pressing demand. The high dense, high power, and a high-frequency component may generate as much as 100W/cm2 heat, such as high bri…