Purity 99.9%: Vanadium Trioxide with purity 99.9% is used in the manufacture of high-quality vanadium redox flow batteries, where it ensures high energy density and stable cycling efficiency.

Particle Size <10 µm: Vanadium Trioxide with particle size below 10 µm is utilized in ceramic pigment production, where it delivers uniform color dispersion and enhanced opacity.

Melting Point 1970°C: Vanadium Trioxide with a melting point of 1970°C is employed in metallurgical applications for producing ferrovanadium alloys, where it provides high thermal stability and improved alloy strength.

Molecular Weight 149.88 g/mol: Vanadium Trioxide with molecular weight 149.88 g/mol is used in glass manufacturing, where it acts as an effective decolorizing agent and enhances UV absorption properties.

Stability Temperature up to 1000°C: Vanadium Trioxide with stability temperature up to 1000°C is applied in catalyst formulations for sulfuric acid production, where it maintains high catalytic activity over prolonged operational periods.

Low Impurity Content <0.1%: Vanadium Trioxide with low impurity content less than 0.1% is incorporated in chemical vapor deposition processes, where it minimizes contamination and improves deposition uniformity.

Nanopowder Form: Vanadium Trioxide in nanopowder form is used in advanced electrochromic devices, where it enables rapid optical switching and high coloration efficiency.

High Specific Surface Area: Vanadium Trioxide with high specific surface area is used in heterogeneous catalysis, where it enhances reaction rates and catalytic lifetime.

Controlled Morphology (Spherical): Vanadium Trioxide with controlled spherical morphology is utilized in lithium-ion battery cathodes, where it promotes consistent electrode packing and superior electronic conductivity.

Thermal Conductivity 2.6 W/mK: Vanadium Trioxide with thermal conductivity of 2.6 W/mK is used in infrared sensor coatings, where it provides precise thermal management and improved sensor sensitivity.