What Is Today's Price of Electrolytic Manganese Metal?
| International vanadium pentoxide price on April 22, 2026 | ||||||
| product | Specification | Lowest price | rise and fall | highest price | rise and fall | Price Explanation |
| Vanadium pentoxide | 98% V2O5 | 5.8 | -- | 6.01 | -- | USD/pound Vanadium |
What Are the Main Industrial Applications of Vanadium Pentoxide Flakes?
Vanadium pentoxide (V₂O₅) flakes are a key industrial raw material used mainly in ferrovanadium production, catalyst manufacturing, and chemical synthesis. Their flake form provides stable handling, controlled melting behavior, and flexible processing, making them a preferred intermediate for both metallurgical and chemical industries.
What Are the Typical Specifications of Vanadium Pentoxide Flakes?
| Parameter | Specification |
|---|---|
| Product Form | Flake / crystalline solid |
| Flake Size | 1–10 mm (standard) |
| Crushed Size | 0.1–3 mm (optional) |
| Purity | 98% – 99.5% |
| Color | Dark orange / reddish brown |
| Density | ~3.35 g/cm³ |
| Melting Point | ~690°C |
| Solubility | Slight in acids/alkalis |
| Storage Form | Sealed bags / drums |
What Makes Vanadium Pentoxide Flakes Suitable for Industrial Use?
Vanadium pentoxide naturally forms stable crystalline flakes during cooling, which makes it easy to store, transport, and feed into industrial processes. The flake structure ensures controlled reaction rates during melting or chemical conversion, which is especially important in high-temperature metallurgy and catalyst preparation.
Compared with powders, flakes generate less dust and are safer for bulk handling. They also provide better consistency in furnace operations because their melting behavior is more predictable.
What Are the Main Applications of V₂O₅ Flakes in Industry?
Vanadium pentoxide flakes serve as a critical intermediate material in multiple high-value industrial sectors, especially where vanadium chemistry or alloying is required.
How Are V₂O₅ Flakes Used in Ferrovanadium Production?
One of the largest applications of V₂O₅ flakes is in the production of ferrovanadium alloys. In this process, V₂O₅ is reduced using aluminum or silicon-based reductants to produce vanadium-rich ferroalloys.
The flake form is preferred because it ensures stable feeding into high-temperature furnaces and controlled reaction kinetics, reducing vanadium loss during reduction. This directly improves alloy yield and consistency, making it essential for steel-grade ferrovanadium manufacturing.
How Are V₂O₅ Flakes Used in Catalyst Manufacturing?
In the chemical industry, V₂O₅ flakes are widely used as a raw material for vanadium-based catalysts, especially in sulfuric acid production (SO₂ oxidation).
Before use, flakes are typically crushed or milled into fine powders. High-purity V₂O₅ ensures stable catalytic activity, high conversion efficiency, and long catalyst life, which is critical for continuous industrial chemical processes.
How Are V₂O₅ Flakes Used in Chemical and Specialty Applications?
Beyond metallurgy and catalysis, V₂O₅ flakes are used in the production of:
vanadium compounds (ammonium metavanadate, vanadium oxides)
specialty glass and ceramic additives
battery materials (vanadium redox systems)
pigment and chemical intermediates
In these applications, flakes are often processed into fine powders or dissolved intermediates, depending on the final product requirements.
V₂O₅ Flakes Application Grade Comparison
Metallurgical Grade vs Catalyst Grade V₂O₅ Flakes
Metallurgical grade (98–99%) is mainly used in ferrovanadium and steel alloy production, where cost efficiency and stable reduction behavior are critical.
Catalyst grade (≥99.5%) requires higher purity and is used in chemical catalyst systems, where impurities can significantly reduce catalytic efficiency.
Flake Form vs Powder Form V₂O₅
Flake form is ideal for bulk industrial handling and metallurgical processes due to its stability and controlled reaction behavior.
Powder form is preferred in chemical synthesis and catalyst applications because of its higher surface area and faster reactivity.
Crushed V₂O₅ vs Molten-Cast V₂O₅ Flakes
Crushed V₂O₅ offers flexible sizing for downstream processing.
Molten-cast flakes provide better structural consistency and are widely used in large-scale industrial production and export supply chains.
Conclusion: Why Are V₂O₅ Flakes So Widely Used?
Vanadium pentoxide flakes are essential because they:
serve as a key raw material for ferrovanadium production
enable efficient catalyst manufacturing
provide stable handling and storage in bulk operations
allow flexible processing into powders or compounds
Their versatility makes them a core intermediate in vanadium-based industrial value chains.
FAQ for Buyers and Engineers
What is the main use of V₂O₅ flakes?
They are mainly used for ferrovanadium production and catalyst manufacturing.
Can V₂O₅ flakes be used directly in catalysts?
No, they are usually ground into powder before catalyst use.
Why are flakes preferred over powder?
Flakes are safer, easier to handle, and generate less dust.
Is V₂O₅ used in steelmaking?
Indirectly, through ferrovanadium production.
What purity is required for catalysts?
Typically ≥99.5% for high-performance applications.
Can V₂O₅ flakes be customized?
Yes, particle size and purity can be adjusted based on application.
Reliable Supply of Vanadium Pentoxide Flakes
We supply high-quality V₂O₅ flakes for global metallurgical and chemical industries:
stable flake size (1–10 mm)
purity up to 99.5%
metallurgical and catalyst grades available
bulk export supply capability
📩 Email: market@zanewmetal.com
📱 WhatsApp: +86 15518824805
Contact us for fast quotation and technical support within 24 hours.
Third-party inspection available
Why Choose ZhenAn Metallurgy as Your Long-Term Partner?
1. Proven Industry Experience
With 30+ years in metallurgical materials, we deliver stable and consistent vanadium products trusted by global buyers.
2. Customized to Your Needs
We tailor V₂O₅ purity, flake size, and packaging to match your exact production requirements-helping improve efficiency and reduce adjustment costs.
3. Stable Supply, Fast Delivery
Large-scale production capacity and sufficient inventory ensure reliable supply for both trial and long-term bulk orders.
4. Strict Quality Control
From raw materials to final shipment, every batch is tested and traceable. Third-party inspection (SGS/BV) is supported to reduce your risk.
5. Strong Factory & Technical Support
Modern facilities, in-house labs, and experienced engineers ensure consistent quality and continuous process optimization.
6. Trusted by Global Customers
Our business spans 100+ countries and regions, serving steel plants, alloy producers, and chemical companies worldwide with stable quality and reliable supply.
7. Free Samples Available
Test before you buy. We support free samples to help you evaluate performance with confidence.
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