NN1595 Nano-Aluminium Boride Powder

Introduction of Nano-Aluminium Boride Powder:

Aluminium boride is an ionic compound with a hexagonal crystal structure. It is converted into a superconductor at an absolute temperature of approximately 40 K (equivalent to -233 ℃). The operational temperature range is 20–30 K. To achieve this temperature, one may use liquid neon, liquid hydrogen or a closed cooling circuit. Compared with current industrial methods that use liquid helium for cooling Nb alloys at 4 K, these methods are simpler and more economical. Once doped with carbon or other impurities, and when exposed to a magnetic field or an electric current, the superconducting performance of aluminium boride equals or exceeds that of Nb alloys.

Specification of Nano-Aluminium Boride Powder:

Chemical properties are as follows:

Applications of Nano-Aluminium Boride Powder:

Nano-Aluminium Boride Powder is utilised in various industries and applications, including:

- Ceramics and composite materials: The powder increases the mechanical strength and thermal tolerance of ceramics and composites, thereby extending their range of use under defined conditions.

- Wear-resistant coatings: It is applied in the production of coatings that protect surfaces in industrial installations and machinery from wear and abrasion.

- Cutting tools: It is used to improve the performance and lifespan of cutting tools, thereby reducing the frequency of tool replacement.

- Thermal management: The powder assists in the development of effective thermal management solutions for electronics and high-temperature environments.

Storage Conditions for Nano-Aluminium Boride Powder:

Aluminium boride nanopowder should be stored in a dry, cool and sealed environment. It must not be exposed to air, and high pressure should be avoided, in accordance with standard transport practices.

Nano-Aluminium Boride Powder Packaging:

Our Nano-Aluminium Boride Powder is clearly labelled and externally marked to support precise identification and quality control. Care is taken to prevent any damage during storage or transport.