CAS · 12179-42-9
Product Overview
Vanadium aluminum carbide powder is a high-purity battery-materials supplied for industrial and specialty chemical applications. Contact our team for specifications, packaging options and lead times.
Product Specifications
| V2AlC | 99% min |
|---|---|
| Cu | 0.0001% max |
| P | 0.0005% max |
| Fe | 0.001% max |
| Pb | 0.0001% max |
| Bi | 0.0001% max |
| K | 0.0015% max |
| S | 0.0005% max |
| Mg | 0.0005% max |
| Sb | 0.0003% max |
| Ca | 0.0006% max |
| Mn | 0.0005% max |
| W | 0.0001% max |
| Mo | 0.0015% max |
| Sn | 0.0001% max |
| Na | 0.0005% max |
| Cr | 0.0001% max |
| Ni | 0.0001% max |
| Ti | 0.0001% max |
| Loss on Ignition | 0.1% max |
| Particle Size | Sieving 325 Mesh |
Applications
Vanadium aluminum carbide powder (CAS 12179-42-9) is an advanced ceramic material belonging to the class of MAX-phase compounds, known for combining metallic and ceramic properties. It is widely used in high-performance materials applications, including high-temperature structural components, wear-resistant coatings, and cutting tools. Its unique combination of hardness, thermal stability, and electrical conductivity makes it suitable for applications in aerospace, defense, and industrial manufacturing where extreme conditions are present. Additionally, it is used in composite materials, coatings for oxidation resistance, and electrical contacts, leveraging its chemical inertness and mechanical durability. In research, vanadium aluminum carbide serves as a model material for studying MAX-phase behavior, layered carbide structures, and advanced ceramic-metal composites.
Benefits
The benefits of vanadium aluminum carbide powder arise from its unique blend of ceramic hardness and metallic toughness. It exhibits high thermal and chemical stability, maintaining structural integrity at elevated temperatures and in corrosive environments. Its wear and oxidation resistance make it ideal for components subjected to friction and high stress. Unlike conventional ceramics, it has good electrical and thermal conductivity, enabling its use in functional coatings and electronic components. The powder form allows for uniform processing in sintering, additive manufacturing, or composite formation, facilitating precise material engineering. These properties provide enhanced durability, performance, and longevity in demanding industrial and technological applications.
Conclusion
Vanadium aluminum carbide powder is a high-performance ceramic-metal material used in aerospace, industrial, and electronic applications. Its combination of hardness, thermal stability, chemical resistance, and conductivity enables durable, wear-resistant, and functional components. By supporting advanced material design and high-performance applications, vanadium aluminum carbide powder remains a key material in modern engineering and materials science.
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