Aluminum Nitride AlN Ceramic

Buy high quality Aluminum Nitride AlN Ceramic from GREENWAY, a leading China manufacturer. It has a thermal conductivity exceeding 150W/m・K.

What Is Aluminum Nitride AlN Ceramic?

Aluminum Nitride AlN Ceramic is a high-performance engineering ceramic material known for its exceptional thermal conductivity and electrical insulation properties. Compared with traditional heating materials, it offers faster heat transfer, lower thermal resistance, and superior reliability in precision heating environments.

Product Features

1. High Thermal Conductivity Thermal conductivity exceeds 150W/m・K, enabling rapid and uniform heat transfer.

2. Good Electrical Insulation Even under high-voltage operating conditions, the Aluminum Nitride AlN Ceramic maintains safe and stable operation.

3. Thermal Expansion Matching Silicon Reduces thermal stress and improves compatibility with semiconductor equipment.

4. High Temperature Resistance Supports long-term operation without deformation, cracking, or performance degradation.

5. Precise Temperature Control Temperature difference can be controlled within ±3℃ for stable process performance.

It is widely applicable to semiconductor CVD/ALD equipment, 3D printing nozzles, new energy thermal management, medical instruments, and other scenarios.

Aluminum nitride heating elements are primarily made of aluminum nitride ceramic material and are a key component commonly found in the heating field. They provide stable heating effects, ensuring the normal operation of equipment, and are an indispensable part of the electric heating element industry.

Standard Open Specifications:

Additional option:

①K-type thermocouple can be installed.

②It can be customized to meet the specific your needs, including size, shape and power.

Application :

Aluminum nitride (AlN) heating elements are used in applications requiring rapid heating, uniform thermal field, high insulation, and cleanliness, such as semiconductor manufacturing, precision electronic assembly, medical diagnostics, optical communication, aerospace, and laboratory analysis.