Introduction to Micro-Aluminium Carbonitride (AlCN) Powder
Enhance your materials and modify your products using micro-aluminium carbonitride (AlCN), a nanostructured compound designed for technical applications across various sectors. AlCN consists of aluminium, carbon and nitrogen, and it offers high strength, electrical conductivity and thermal stability. These properties are quantified through standard measurements and support its application in multiple industrial processes.
Micro-Aluminium Carbonitride (AlCN) Powder Features
Mechanical Strength: AlCN exhibits mechanical strength that meets the requirements for applications demanding durability and wear resistance. Its structure is engineered to retain its physical integrity under defined extreme conditions.
Electrical Conductivity: With measured electrical conductivity, AlCN is suitable for electronic and electrotechnical applications. This property permits the efficient conduction of electricity for electronic components, conductive coatings and specialised electrical connectors.
Thermal Stability: AlCN includes documented thermal stability for operation in high-temperature environments. It withstands elevated temperatures and rapid temperature changes without compromising its structural integrity, thereby supporting its use in the aerospace, automotive and other technical sectors.
Chemical Resistance: AlCN demonstrates resistance to various chemicals, acids and bases. This characteristic supports its application in environments where aggressive substances are present, such as in chemical processing, the oil and gas industry and marine construction.
Nanostructured Composition: The nanostructured composition of AlCN permits detailed control over its measured properties. This enables tailored adjustments based on precise requirements, thereby ensuring consistent performance across applications.
Lightweight and Versatility: Despite its determined strength, AlCN has a low density. Its lightweight nature is beneficial in sectors where weight reduction is a technical requirement, for example in aerospace, automotive and transport. This versatility supports a variety of applications and provides opportunities for technical innovation.
Specifications for Micro-Aluminium Carbonitride (AlCN) Powder
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APS (µm)
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3
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Specific Surface (m2/g)
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21
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Bulk Density (g/cm3)
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1.6
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Bulk Density (g/cm3)
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3.21
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Melting Point (℃)
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2 200
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Micro-Aluminium Carbonitride (AlCN) Powder Applications
Aerospace and Defence: AlCN is used in aerospace and the defence sector where its mechanical strength, thermal stability and reduced weight are significant for precise engineering. It is utilised in aircraft structures, rocket components, armour systems and heat shields.
Electronics and Semiconductor Industry: The electrical conductivity of AlCN is suitable for electronics and semiconductor applications. It is employed in the fabrication of integrated circuits, microelectronic devices, printed circuit boards and high-performance electrical connectors.
Automotive Engineering: Owing to its low weight and measured strength, AlCN is incorporated in engine components, suspension systems and lightweight body structures. Its use can contribute to improved performance and fuel efficiency.
Energy and Power Generation: AlCN is applied in systems including fuel cells, solar cells, batteries and electrical contacts. The combination of thermal stability and electrical conductivity supports performance in defined energy generation technologies.
Chemical Processing: The chemical resistance of AlCN makes it appropriate for use in chemical processing equipment such as pumps, valves, reactors and corrosion-resistant coatings. Its ability to resist corrosive agents contributes to operational efficiency.
Aluminium Carbonitride (AlCN) - Powder Packaging
Our aluminium carbonitride (AlCN) is handled under controlled conditions during storage and transportation to maintain the product in its initial state.
Converters & Calculators
