98% Ultra Pure Flake Vanadium Pentoxide V2O5
• Designed for processes requiring consistent oxidation strength and clean material composition
• Suitable for catalysts, metallurgy, energy storage materials, and high-performance ceramics
Product Overview
98% Ultra Pure Flake Vanadium Pentoxide (V₂O₅) is produced through advanced refining and crystallization methods to achieve high purity and uniform flake structure. This grade is widely used in catalysis, chemical synthesis, energy storage materials, and metallurgical alloying processes where consistent chemical behavior is critical.
Because of its strong oxidizing properties and controlled impurity levels, this V₂O₅ grade is especially suited for precision applications including vanadium electrolyte preparation, ceramic coloring, SCR catalysts, and ferrovanadium production. Its flake morphology enhances dispersibility, reaction uniformity, and efficiency in both chemical and thermal processes.
Key Advantages
- 98% high purity ensures reliable and stable industrial performance
- Flake morphology increases reactivity and improves catalytic function
- Low sulfur and phosphorus support clean chemical reactions
- Ideal for high-value catalysts, energy materials, and alloy production
- Enhances process efficiency, reaction uniformity, and product quality
- Suitable for large-scale manufacturing, refining, and battery technologies
Technical Specifications
| Parameter | Value |
|---|---|
| Product | 98% Ultra Pure Flake Vanadium Pentoxide V2O5 |
| Chemical Formula | V₂O₅ |
| Purity | 98% (higher grades available) |
| Form | Flake |
| Particle Size | 1–20 mm (customizable) |
| Sulfur Content | ≤ 0.03% |
| Phosphorus Content | ≤ 0.02% |
| Applications | Catalysts, Alloys, Batteries, Ceramics, Glass |
| Certifications | ISO 9001, SGS, COA |
Main Applications
1. Catalysts & Chemical Synthesis
- Oxidation catalysts for industrial chemical processes
- Dehydrogenation and hydrocarbon oxidation
- SCR catalysts for NOx reduction in emission systems
2. Energy Storage & Battery Materials
- Used to produce vanadium electrolytes for redox flow batteries (VRFB)
- Serves as a precursor for lithium-ion and sodium-ion battery cathodes
- Enhances cycle life and stability of energy storage systems
3. Metallurgical Alloy Production
- Essential for ferrovanadium (FeV) alloy manufacturing
- Improves steel strength, wear resistance, and heat tolerance
- Used in specialty alloys for automotive, aerospace, and structural steel
4. High-Temperature Ceramics & Glass
- Provides color stability and improved heat resistance in glass coatings
- Used in high-temperature ceramic pigments
- Enhances corrosion and thermal shock resistance in refractories
Why Choose 98% Ultra Pure Flake V2O5?
✔ High purity ensures consistent chemical and metallurgical performance
✔ Optimized flake structure provides superior reactivity
✔ Low impurities protect against contamination and reaction instability
✔ Suitable for energy storage, metal refining, catalyst production, and advanced ceramics
✔ Reliable supply and international quality certification
✔ Customized particle size and packaging available for different industries
Manufacturing Process
- High-grade vanadium ore selected and refined
- Controlled oxidation and crystallization to form high-purity V₂O₅
- Flake formation using temperature-controlled processing
- Removal of impurities through multi-stage purification
- Final QC including purity tests, particle analysis, and oxidation activity
- Packaged under low-moisture, contamination-free conditions
Packaging & Logistics
- 25 kg or 50 kg industrial-grade bags
- 500 kg and 1-ton jumbo bags for bulk shipments
- Moisture-proof, sealed packaging to preserve chemical stability
- Global delivery via air, sea, and freight carriers
- Standard lead time: 7–12 business days
FAQ
Q1: Why choose 98% purity for industrial applications?
It provides excellent performance while remaining cost-effective compared to ultra-high-purity grades.
Q2: Is this grade suitable for VRFB electrolyte preparation?
Yes-98% V2O5 is commonly used as a precursor in vanadium electrolyte manufacturing.
Q3: Can particle size be customized?
Absolutely-various flake sizes can be supplied depending on processing requirements.
Q4: Does the product remain stable under high temperatures?
Yes-V2O5 exhibits high thermal stability and strong oxidizing capacity even at elevated temperatures.
Call to Action (CTA)
Contact us for quotes, COA, or technical support regarding 98% Ultra Pure Flake Vanadium Pentoxide V2O5. Our high-quality material supports advanced manufacturing across catalysts, energy storage, metallurgy, and ceramics.[contact us]
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