FeV60 High Purity Ferrovanadium

FeV60 High Purity Ferrovanadium contains approximately 60% vanadium and is widely used in alloy steel production to improve mechanical performance, high-temperature strength, and resistance to fatigue. With its high purity and stable composition, FeV60 is ideal for producing:

• High-strength low-alloy (HSLA) steels
• Tool steels and high-speed steels
• Spring steels
• Pipeline and structural steels
• Heat-resistant alloys

Vanadium enhances steel by forming extremely hard vanadium carbides and nitrides, creating finer grain structures and improving toughness without excessive brittleness. FeV60 provides consistent vanadium recovery, making it a preferred choice for electric arc furnaces, basic oxygen furnaces, and induction melting systems.

Key Advantages

- High vanadium content (≈60%) for strong alloying performance
- Improves strength, wear resistance, and thermal stability in steels
- Low impurity levels prevent contamination of molten steel
- Enhances grain refinement, increasing toughness and fatigue resistance
- Suitable for industrial steelmaking, castings, and forging operations
- Provides stable recovery rates, optimizing alloy efficiency

Main Applications

1. High-Strength Structural Materials

- Reinforcement steel
- Bridge steel, heavy machinery components

2. Tool Steels & High-Speed Steels

- Cutting tools, drill bits, wear components
- Provides hardness and thermal stability

3. Automotive Alloy Production

- Axles, gear steels, suspension components
- Enhances fatigue resistance

4. Pipeline & Pressure Vessel Steel

- Improves tensile strength and creep resistance
- Ideal for high-pressure and corrosive environments

5. Foundry Additive

- Used in cast iron to increase toughness and reduce brittleness

Why Choose FeV60 High Purity Ferrovanadium?

✔ High purity ensures clean alloying and predictable steel performance
✔ Enhances grain refinement, improving both strength and toughness
✔ Works efficiently in EAF, BOF, and induction melting
✔ Suitable for a wide range of engineering and structural steel grades
✔ Supported by strong quality assurance, certified by ISO and SGS
✔ Custom sizes and bulk packaging available for large steel mills

Manufacturing Process

- Selection of vanadium pentoxide or vanadium-rich raw materials
- Controlled smelting with refined iron under optimized furnace conditions
- Homogenization of alloy composition
- Cooling, crushing, and grading into uniform lump sizes
- Chemical analysis and impurity control prior to packaging
- Packed under moisture-controlled environments to prevent oxidation

Packaging & Logistics

- 25 kg bags, 50 kg bags, or 1-ton jumbo bags
- Heat-sealed, moisture-resistant packaging
- Palletizing available for automated furnace feeding systems
- Worldwide shipping via sea, air, or land freight
- Standard lead time: 7–12 business days

Q1: What is FeV60 used for most commonly?
It is primarily used in high-strength steels, tool steels, and pipeline alloys.

Q2: Does FeV60 improve steel performance at high temperatures?
Yes-vanadium carbides increase creep resistance and thermal stability.

Q3: Can FeV60 be supplied in custom sizes?
Yes-multiple size fractions are available depending on furnace type.

Q4: Is this alloy suitable for foundries?
Absolutely-FeV60 improves toughness and reduces brittleness in cast iron.

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