NN1840 Nano-Aluminium Carbon Nitride Powder (AlNC)

Description of Nano-Aluminium Carbonitride Powder

Nano-Aluminium Carbonitride Powder exhibits measured hardness and electrical conductivity. It is used in galvanic coatings, cutting tools, and hard alloys. Stanford Advanced Materials (SAM) supplies this powder with a purity of 99.5% and consistent quality. It is offered at a competitive price to meet the precise requirements of research and industrial applications.

Specifications of Nano-Aluminium Carbonitride Powder

Applications of Nano-Aluminium Carbonitride Powder

1. Electronic packaging materials: The powder is used as a thermal interface material in electronic packaging. This use controls operating temperatures and extends device service life.

2. Semiconductor manufacturing: The powder is used as a thermal dissipation material in semiconductor production. This assists in regulating device temperature.

3. Ceramic components: The powder is used to manufacture ceramic parts such as bearings and mechanical seals. Its mechanical stability and temperature resistance are utilised in production.

4. Aerospace: The powder is used in the manufacture of components for aircraft and spacecraft. It is designed to operate under elevated ambient temperatures.

5. Thermal management systems: The powder is incorporated into high-performance lasers and LED lighting systems. This maintains the devices’ operational temperatures.

6. Protective coatings: The powder is applied as a coating to protect substrates. It increases resistance against wear, corrosion, and oxidation.

7. Energy sector: The powder is used in fuel cells and battery packs. It aids thermal management to optimise electrical energy generation.

8. High-frequency communication: The powder is used in high-frequency communication devices. It functions as a thermal dissipater in base stations due to its electrical insulation and thermal conductivity.

9. Advanced manufacturing: The powder is used in additive manufacturing and 3D printing. It supports the precision and performance of printed parts.

10. Thermal interface materials: The powder is blended with other materials. The mixture forms thermal interface materials that manage device temperatures.

Storage Conditions for Nano-Aluminium Carbonitride Powder

Nano-Aluminium Carbonitride Powder is stored in an antistatic inert gas package, thereby preventing moisture uptake that may affect dispersion and performance. It must be kept in a dry, cool, and sealed environment. The powder must not be exposed to air.

Packaging of Nano-Aluminium Carbonitride Powder

The packaging is clearly marked and labelled externally. The labels facilitate identification and quality control. Care is taken to prevent any damage during storage or transport.