Aluminum Nitride Wafer is a high-performance ceramic material wafer that has emerged in the semiconductor industry, electronic packaging, and many high-tech fields due to its unique physical and chemical properties. Its wafer form is refined through advanced powder metallurgy and ceramic processing technology, refining aluminum nitride powder through complex processes such as molding and sintering, presenting a gray or gray black color, smooth surface, and precise size.

1. High thermal conductivity:

Aluminum nitride wafers have extremely high thermal conductivity, far exceeding traditional ceramic materials and even approaching certain metal materials. This characteristic makes aluminum nitride wafers perform well in electronic devices that require efficient heat dissipation, such as LED lighting, power semiconductor modules, etc., which can effectively reduce the operating temperature of the device, improve stability and lifespan.

2. Good electrical insulation:

Aluminum nitride wafers are excellent electrical insulators with extremely high resistivity, which can effectively isolate electronic signals, prevent current leakage or short circuits, and ensure the normal operation of electronic devices.

3. Excellent mechanical strength:

Aluminum nitride wafers have high strength and hardness, can withstand significant mechanical stress and impact, are not easily deformed or broken, and provide solid physical support for electronic devices.

4. Excellent chemical stability:

Aluminum nitride wafers have good resistance to most chemical reagents, are not prone to chemical reactions or corrosion, and can maintain stable performance in harsh environments.

5. Precise dimensional control:

Through advanced processing techniques, aluminum nitride wafers can achieve high-precision size control, meet the demand for precision components in modern electronic devices, and improve product reliability and consistency.