Vanadium chloride is light blue powder. It tend to deliquesce in air. The other name is vanadium trichloride, vanadium(III) chloride. It dissolve in methyl alcohol and diethyl ether, but not dissolve in nonpolar solvent. Vanadium trioxide and sulfur dichloride are the raw materials.
VCl3 and VCl4 is a valuable vanadium comound utilized in various industries due to its strong catalytic properties, role in material synthesis, and applications in advanced energy solutions. Konwn for its effectiveness in organic synthesis, polymerization reactions, and energy storage technologies, vanadium chloride is an essential component in industries that prioritize efficient catalysis, innovative materials, and sustainable energy systems.
Vanadium Chloride
| CAS No.:7718-98-1 | EINECS No.:231-744-6 | Molecular Weight:VCl3 | Molecular Weight:157.30 |
| Melting Point:300℃ | Density:3.09 | UN 2475 8/PG 3 |
Applications
Vanadium trichloride could take part in production of strong reductant vanadium dichloride, organic vanadium compounds. It is as catalyst in organic synthesis.
In catalysis, vanadium tetrachloride serves as a key catalyst or catalyst precursor in a range of chemical reactions. It is frequently used in organic synthesis to facilitate oxidation reactions, coupling reactions, and the production of fine chemicals and intermedicates in pharmaceuticals and speciality chemicals. Its catalytic capabilities enhance reaction efficiency, yield, and selectivity, which is especially valuable in large-scale industrial processes and high-value chemical production.
Vanadium tetrachloride is also crucial in the production of specialty materials, including high-performance alloys, ceramics, and pigments. Its ability to introduce vanadium into various compounds makes it useful in creating advanced materials with unique thermal, mechanical, and magnetic properties. These materials are applied in aerospace, automotive, and electronic industries, where durability, strength, and heat resistance are critical.
In energy storage, vanadium tetrachloride is used in the development of vanadium redox flow batteries (VRFBs), a promising solution for large-scale energy storage. VRFBs use vanadium compounds in different oxidation states to store and release energy, offering long cycle life, scalability, and environmental sustainability. By facilitating efficient energy transfer and stoage, vanadium tetrachloride supports the growth of renewable energy systems and helps balance energy grids, playing a role in the transition to sustainable energy.