SN3995 Aluminum Nitride Rod

Aluminium Nitride Bars Descriptions

Aluminium nitride is a high-performance material particularly suited for demanding electrical applications. We integrate extensive technical knowledge with dedicated collaboration with our clients to ensure our material solutions meet rigorous specifications while providing exceptional performance.

Aluminium nitride can be produced through dry pressing and sintering or through hot pressing with suitable sintering aids. The results of these processes yield a material that remains stable at high temperatures in a variety of inert environments, including hydrogen and carbon dioxide atmospheres. Aluminium nitride is primarily used in the electronics sector, especially when heat dissipation is a vital function.

Due to its properties, aluminium nitride is also particularly well-suited for the manufacture of corrosion-resistant products. Our unique approach to development and production means that our engineers collaborate with clients to ensure that corrosion-resistant products or components consistently meet customer requirements.

Specifications for Aluminium Nitride Bars

Aluminium Nitride Bars Features

- High thermal conductivity

- Low thermal expansion coefficient

- Good electrical insulation and resistance

- Low dielectric constant

- High mechanical strength under compressive loads

- Corrosion-resistant (gas)

- Good thermal cycling resistance

Aluminium Nitride Bars Applications

Heat-resistant stamping and heat exchange materials

- Heat-resistant materials

- Microwave damping materials

AlN ceramic materials have a broad application perspective and significant market potential in electronics, electric power supply, locomotives, aerospace, national defence and military industries, communication, and many other sectors.

Packaging of Aluminium Nitride Bars

The Aluminium Nitride Bars from SAM are carefully handled to minimise damage during storage and transportation while maintaining the quality of our products in their original condition.