FeV80 Ferrovanadium Refining Agent For Aerospace Alloys
High temperature resistance
For turbine alloys
Excellent bonding ability
Pioneering Alloy Refinement with FeV80 Ferrovanadium Material
The FeV80 Ferrovanadium alloy is engineered for aerospace and advanced metallurgical applications that demand precision, high purity, and extreme temperature endurance.
Containing around 80% vanadium, this refined additive improves structural integrity, oxidation control, and alloy bonding strength during high-performance metal production.
Its consistent melting behavior and minimal impurity levels make it essential for producing turbine blades, aircraft components, and precision-engineered superalloys.
Performance Advantages:
Strengthens high-temperature alloys for aerospace systems
Reduces oxygen and sulfur contamination during melting
Provides uniform vanadium diffusion for refined alloy balance
Ensures consistent performance in demanding environments
Core Technical Parameters of FeV80 Ferrovanadium and Export Standards
| Specification | Typical Range / Value | Function |
|---|---|---|
| Vanadium (V) | 78 – 82 % | Delivers exceptional hardening and alloying efficiency |
| Iron (Fe) | Balance | Reinforces matrix and stabilizes reaction during smelting |
| Carbon (C) | ≤ 0.10 % | Maintains clean chemical composition for refined alloys |
| Phosphorus (P) | ≤ 0.04 % | Prevents micro-crack formation in heat-treated metals |
| Block Size | 10 – 50 mm | Suitable for electric arc and vacuum furnaces |
| Melting Range | approx. 1700 °C | High stability under prolonged exposure |
| Packaging | 1 MT jumbo bag | Sealed and palletized for moisture protection |
Inside Our Facility - Production and Refinement of FeV80 Alloy


Industrial and Metallurgical Advantages of FeV80 Ferrovanadium
High Vanadium Efficiency: Enables strong hardening effects even at low addition rates.
Thermal Stability: Maintains alloy integrity during high-speed solidification and cooling.
Purity Assurance: Low carbon and phosphorus levels ensure clean alloy reactions.
Versatile Use: Ideal for superalloys, titanium blends, and precision aerospace materials.
Quality Certification: Backed by ISO9001, SGS, and BV inspection for global compliance.
FAQ - Expert Guidance on Using FeV80 in Aerospace Alloys
Q1: Why is FeV80 preferred for aerospace applications?
A1: It provides superior strength-to-weight ratio and oxidation resistance, crucial for turbine and structural components.
Q2: Can FeV80 be applied in titanium alloy systems?
A2: Yes, it enhances bonding and maintains purity in titanium and nickel-based alloys.
Q3: What ensures batch consistency in FeV80?
A3: Every lot undergoes multiple-stage analysis and controlled furnace blending for chemical accuracy.
Q4: What sizes are typically used in aerospace melting furnaces?
A4: 10–30 mm blocks are recommended for vacuum induction systems.
Q5: Is customized chemical composition available?
A5: Yes, vanadium percentage and particle range can be tailored upon request.
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