What Is The Price Of Ferro Vanadium Per Kg?What Are The Technical Specifications Of FeV 80%?

What is the price of ferro vanadium per kg?

Summary of mainstream ferrovanadium prices in China as of April 10, 2026
product	Brand	Mainstream transaction volume (ten thousand yuan/ton)	rise and fall	Mainstream price quotes (RMB 10,000/ton)	rise and fall	Remark
Ferrovanadium	FeV50	9.6-9.7	--	9.8-9.9	--	Acceptance including tax
Ferrovanadium	FeV80	15.36-15.52	--	15.68-15.84	--	Acceptance including tax

 

What are the technical specifications of FeV 80%?

FeV 80% (ferro vanadium 80) is a high-grade vanadium alloy containing approximately 78–82% vanadium, widely used in high-strength steels, tool steels, and aerospace alloys. Its key advantage is high vanadium concentration with low impurities, allowing steelmakers to achieve precise alloying with lower addition volume and higher recovery efficiency.

FeV 80% Technical Specifications (Typical Standard)

Parameter	Specification
Vanadium (V)	78.0 – 82.0%
Carbon (C)	≤0.40%
Silicon (Si)	≤1.50%
Phosphorus (P)	≤0.05%
Sulfur (S)	≤0.03%
Aluminum (Al)	≤1.50% (≤0.5% for low-Al grade)
Particle Size	10–50 mm (customizable)
Form	Lump / crushed
Packaging	1 MT jumbo bag or steel drum

Note: Specifications can be customized based on steel grade requirements and customer standards.

Why is FeV 80% preferred in high-end steelmaking?

FeV 80% is primarily selected when steel producers require high precision alloying and minimal impurity impact. Because of its high vanadium content, the addition amount is significantly reduced compared to lower grades, which improves process efficiency and cost control per ton of steel.

During steelmaking, vanadium from FeV 80% forms vanadium carbides (VC) and nitrides (VN). These phases enhance:

Grain refinement

Precipitation strengthening

Wear resistance

Fatigue strength

This makes FeV 80% especially suitable for HSLA steel, automotive components, high-speed tools, and aerospace-grade materials, where performance consistency is critical.

How do impurities affect FeV 80% performance?

While vanadium content is the primary value driver, impurity control is equally critical in procurement decisions.

Carbon (C) influences carbide formation. Excess carbon may affect ductility in certain steel grades.
Phosphorus (P) and Sulfur (S) are harmful impurities that reduce toughness and weldability.
Aluminum (Al) must be controlled, especially in clean steel production, as it can form unwanted inclusions.

For high-end applications, buyers often specify low-aluminum FeV 80% (Al ≤0.5%), ensuring better steel cleanliness and improved downstream processing performance.

Grade Comparison: FeV80 vs FeV50, FeV80 vs FeV60

Understanding the differences between ferro vanadium grades is essential for optimizing procurement strategy.

FeV80 vs FeV50

FeV80 contains significantly higher vanadium content than FeV50 (≈50% V). This means:

Lower addition quantity required

Higher alloying efficiency

More precise composition control

However, FeV80 has a higher unit price. FeV50 is more economical for bulk applications but may increase overall consumption and introduce more impurities.

FeV80 vs FeV60

FeV60 serves as a mid-range option. Compared to FeV80:

Lower vanadium content → higher consumption needed

Slightly lower cost per ton

Suitable for medium-grade steels

FeV80 is preferred when performance consistency and low impurity levels are critical, while FeV60 is often chosen for balancing cost and quality.

What should buyers focus on when sourcing FeV 80%?

Professional buyers evaluate FeV 80% using a combination of technical and commercial criteria.

Chemical stability is crucial. Consistent vanadium content ensures predictable alloying results.
Impurity limits must match the target steel grade, especially for high-end applications.
Particle size distribution affects melting speed and recovery rate in the furnace.
Supplier reliability ensures long-term production stability and reduces operational risk.

For large-scale steel plants, even small fluctuations in FeV quality can significantly impact production efficiency and final product performance.

Summary

FeV 80% is a high-purity ferro vanadium grade with 78–82% vanadium content, widely used in high-performance steel production. Its advantages include high alloying efficiency, reduced consumption, and better impurity control. Compared with FeV50 and FeV60, FeV80 is the preferred choice for applications requiring precision, consistency, and superior mechanical properties.

FAQ – Common Procurement Questions About FeV 80%

1. What is the main use of FeV 80%?

FeV 80% is used as a micro-alloying additive in steel to improve strength, toughness, and wear resistance, especially in HSLA and tool steels.

2. Why choose FeV 80% over FeV50?

Because of its higher vanadium content, FeV 80% requires less addition and provides more precise control, making it suitable for high-end steel applications.

3. What is the typical particle size?

The standard size is 10–50 mm, but it can be customized depending on furnace requirements.

4. What is the importance of low aluminum FeV?

Low aluminum content helps reduce inclusions and improves steel cleanliness, which is critical for high-quality steel production.

5. What is the recovery rate of vanadium?

Typically between 85% and 95%, depending on process conditions and addition methods.

6. How to ensure consistent FeV quality?

Work with reliable suppliers, request COA reports, and ensure stable batch-to-batch composition.

Ready to Source High-Quality FeV 80%?

If you are looking for stable FeV 80% supply with high vanadium content, low impurities, and competitive pricing, we provide factory-direct solutions for steelmakers worldwide.

Contact us now for quotation and samples:

📧 Email: info@zaferroalloy.com

📱 WhatsApp: +86 15518824805

👉 Fast response within 24 hours
👉 Custom specifications available (low Al, custom size)
👉 Stable long-term supply for bulk orders

 

Get a Quote in 24 Hours