Vanadium Pentoxide Flake 98% | V2O5 Flake For Ferrovanadium Production
Vanadium Pentoxide Flake 98% | V2O5 Flake For Ferrovanadium Production suppliers
Vanadium Pentoxide Flake 98% | V2O5 Flake For Ferrovanadium Production factory
Vanadium Pentoxide Flake 98% | V2O5 Flake For Ferrovanadium Production best
Vanadium Pentoxide Flake 98% | V2O5 Flake For Ferrovanadium Production
product Overview
Vanadium Pentoxide Flake 98%, also known as V₂O₅ flake, is a metallurgical grade vanadium raw material mainly used in ferrovanadium production, aluminothermic reduction and vanadium alloy manufacturing.
For ferrovanadium producers, the value of V₂O₅ is not only determined by its purity. Flake density, dust generation, moisture, phosphorus, sulfur and feeding stability can directly affect smelting efficiency, vanadium recovery and production cost.
According to OSHA chemical identification data, vanadium pentoxide has the CAS number 1314-62-1 and chemical formula V₂O₅. OSHA also describes vanadium pentoxide as appearing in powder or flake forms, which supports the distinction between powder handling and flake handling in industrial use.
Technical Specifications
The following data is based on Zhen An's internal quality control range. Final values should be confirmed by batch COA or third-party testing.
| Item | Guarantee |
|---|---|
| V₂O₅ Content | ≥98.0% |
| Phosphorus P | ≤0.05% |
| Sulfur S | ≤0.03% |
| Iron Fe | ≤0.30% |
| Moisture | ≤0.50% |
| Form | Flake |
| Common Thickness | 1–3mm |
Batch-specific purity, phosphorus, sulfur, iron and moisture should be verified by COA. We accept third-party inspection before shipment, including SGS, BV, Intertek or other internationally recognized inspection agencies. If buyers require independent laboratory testing, samples can also be tested by an ISO/IEC 17025-accredited laboratory upon request.
Solving Three Production Problems
1. Reducing Dust-Related Vanadium Loss
Dust loss is one of the hidden costs in vanadium smelting. A lower purchase price does not always mean lower production cost if the material produces more dust during handling and charging.
High-density V₂O₅ flake can help reduce airborne material loss compared with fine powder. This supports better raw material utilization and cleaner workshop operation.
2. Improving Smelting Stability
In aluminothermic reduction, reaction control is important. Uneven feeding or excessive fine powder may cause unstable local reactions.
Uniform flake thickness helps operators control charging speed and reaction intensity more easily. This can support smoother reduction behavior and reduce production fluctuation.
3. Protecting Downstream Alloy Quality
Ferrovanadium producers must control not only vanadium content but also impurity transfer. Stable V₂O₅ purity, low moisture and low P/S content help reduce quality variation in ferrovanadium batches.
V2O5 Flake vs Powder
| Item | V₂O₅ Flake | V₂O₅ Powder |
|---|---|---|
| Dust Loss Risk | Lower | Higher |
| Feeding Stability | Better | More difficult to control |
| Bulk Handling | Easier | Requires stricter dust control |
| Smelting Control | More stable | May react less uniformly |
| Suitable Use | Ferrovanadium smelting, alloy production | Chemical processing, special formulations |
For large-scale ferrovanadium production, V₂O₅ flake is usually preferred when the buyer values feeding stability, lower dust generation and predictable smelting behavior.
Packing Options
Common packing options include:
| Packing Type | Suitable For |
|---|---|
| 25kg sealed bags | Small batch or sample orders |
| 50kg iron drums | Safer handling and storage |
| 250kg iron drums | Industrial supply |
| 1MT jumbo bags | Bulk shipment |
| Customized packing | Based on buyer and transport requirements |
Moisture-proof and sealed packing is recommended to reduce contamination, moisture absorption and handling loss during long-distance transportation.
FAQ
Q:Why is V2O5 flake preferred over powder in ferrovanadium production?
A:V₂O₅ flake is preferred because it has better bulk handling behavior, lower dust generation risk and more stable feeding performance than fine powder. This helps ferrovanadium producers improve process control and reduce unnecessary material loss.
Q:What is Vanadium Pentoxide Flake 98% used for?
A:Vanadium Pentoxide Flake 98% is mainly used for ferrovanadium production, aluminothermic reduction, vanadium alloy manufacturing and metallurgical smelting.
Q:How does V2O5 purity affect ferrovanadium quality?
A:Stable V₂O₅ purity helps improve vanadium input accuracy. Low phosphorus, sulfur, iron and moisture levels also help reduce impurity fluctuation in ferrovanadium production.
Q:What is the difference between V2O5 flake and V2O5 powder?
A:V₂O₅ flake is denser and easier to handle in large-scale smelting. V₂O₅ powder has a higher dust generation risk and may require stricter dust control during feeding and transfer.
Q:Can you provide COA for each batch?
A:Yes. COA can be provided for each batch, including V₂O₅ content, phosphorus, sulfur, iron, moisture and other requested indicators. Third-party testing can also be arranged upon request.
Q:Is Vanadium Pentoxide dangerous goods?
A:Vanadium pentoxide transport should be handled according to the latest SDS and applicable dangerous goods regulations. NIOSH lists vanadium dust with DOT ID 2862, and UNECE documents identify UN 2862 as Vanadium Pentoxide, non-fused form.
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