
Vanadium particles represent a specialized form of this remarkable metal, combining vanadium's inherent properties with the unique advantages of particulate form—large surface area, precise reactivity, and versatile processing capabilities.
What Makes Vanadium Particles Unique?
When processed into fine particles, vanadium's unique properties create a material that offers exceptional reactivity while maintaining the metal's inherent strength characteristics:
High surface area to volume ratio for enhanced reactivity
Uniform particle size distribution for consistent performance
Excellent sintering properties for advanced manufacturing
Controlled oxygen content for predictable reactivity
Exceptional purity for critical applications
Our high purity vanadium particles are manufactured to precise specifications, with custom particle size distributions available to meet your exact requirements.
| Standard Particle Sizes | |||
| Grade | Particle Size Range | Typical Median (D50) | Production Method |
| VP-1 | 1-5 μm | 3 μm | Jet Milling |
| VP-5 | 5-20 μm | 10 μm | Jet Milling |
| VP-20 | 20-75 μm | 45 μm | Attritor Milling |
| VP-100 | 75-150 μm | 100 μm | Milling + Classification |
| VP-500 | 150-500 μm | 300 μm | Crushing + Sieving |
| VP-1000 | 500 μm-1 mm | 750 μm | Crushing + Sieving |
Custom particle size distributions are available upon request. We can provide particles with specific D10, D50, and D90 values to meet your application requirements.
High purity grade suitable for most industrial applications requiring excellent mechanical properties and consistent performance.
Gas atomized particles with low aspect ratio, excellent flow properties, ideal for additive manufacturing.
Milled particles with higher surface area and good sintering properties for powder metallurgy.
Our specialized manufacturing process ensures the highest quality vanadium particles with precise size distribution and exceptional purity.
Vanadium metal of specified purity is produced using advanced reduction processes, ensuring minimal impurities and consistent quality.
Pure vanadium ingots are carefully prepared, including surface treatment to remove any contaminants before particle production.
Depending on desired particle characteristics, either gas atomization (for spherical particles) or mechanical milling (for irregular particles) is employed.
Particles are precisely classified using advanced air classification or sieving techniques to achieve the desired size distribution.
Particles undergo additional purification steps to reduce oxygen and other gas contents, with optional surface treatments as required.
Rigorous quality control testing ensures specifications are met, followed by packaging under inert atmosphere to prevent oxidation.
Glow Discharge Mass Spectrometry (GDMS) and OES verify purity levels and chemical composition.
Laser diffraction and image analysis ensure precise particle size distribution.
Scanning Electron Microscopy (SEM) evaluates particle shape and surface characteristics.
Tap density, flow rate, and specific surface area measurements ensure consistent performance.
If you have any questions or needs regarding pure Vanadium Particles products, please feel free to contact us and we will provide you with professional consulting services.