Quick Answer
FeV50 and FeV80 can have very different prices per metric ton but nearly the same cost per kilogram of contained vanadium. On September 28, 2026, China FeV50 was quoted at RMB 82,500–84,000/MT, while FeV80 was RMB 132,000–134,400/MT. Using 50% V for FeV50 and 80% V for FeV80 as a simple comparison, both work out to about RMB 165–168/kg V.
This is why you should not compare FeV50 and FeV80 by ton price alone. First calculate the cost of contained vanadium, then check the actual V content, impurity limits, particle size and your steelmaking requirements.
Key Takeaways
- FeV50 price: RMB 82,500–84,000/MT.
- FeV80 price: RMB 132,000–134,400/MT.
- At nominal 50% and 80% V content, both equal approximately RMB 165–168/kg V.
- FeV80 costs more per ton because each ton contains more vanadium.
- For an actual order, use the agreed V content or batch COA rather than the grade name alone.
FeV50 and FeV80 Price Reference in China
The September 28, 2026 China market reference shows the following mainstream ferrovanadium transaction levels:
| Grade | Market Price | V Content Used for Comparison | Calculated Cost per kg V |
|---|---|---|---|
| FeV50 | RMB 82,500–84,000/MT | 50% | RMB 165–168/kg V |
| FeV80 | RMB 132,000–134,400/MT | 80% | RMB 165–168/kg V |
The market reference is tax-inclusive and based on bank acceptance terms. The 50% and 80% V figures above are used only to make the price comparison easy to understand. For an actual purchase calculation, use the vanadium content agreed in your order specification or shown on the batch COA.
If you need the chemical composition, size and supply information for these grades, see our FeV50, FeV60 and FeV80 specifications.
How to Calculate Ferrovanadium Cost per Kilogram of Vanadium
The calculation is straightforward:
Vanadium Cost per kg = Ferrovanadium Price per MT ÷ Contained Vanadium per MT
Contained vanadium can be calculated as:
1,000 kg × V content
FeV50 Calculation
Using 50% V, one metric ton of FeV50 contains approximately 500 kg of vanadium.
RMB 82,500 ÷ 500 kg = RMB 165/kg V
RMB 84,000 ÷ 500 kg = RMB 168/kg V
The implied vanadium cost is therefore approximately RMB 165–168/kg V.
FeV80 Calculation
Using 80% V, one metric ton of FeV80 contains approximately 800 kg of vanadium.
RMB 132,000 ÷ 800 kg = RMB 165/kg V
RMB 134,400 ÷ 800 kg = RMB 168/kg V
The implied vanadium cost is again approximately RMB 165–168/kg V.
The result explains why the large difference in FeV50 and FeV80 ton prices does not necessarily mean a large difference in vanadium value.
Why Does FeV80 Cost More per Ton?
The main reason is concentration. At nominal grade values, one ton of FeV50 contains about 500 kg V, while one ton of FeV80 contains about 800 kg V.
If you need 10 kg of theoretical vanadium input:
| Target V Input | FeV50 at 50% V | FeV80 at 80% V |
|---|---|---|
| 10 kg V | 20 kg FeV50 | 12.5 kg FeV80 |
| 50 kg V | 100 kg FeV50 | 62.5 kg FeV80 |
| 100 kg V | 200 kg FeV50 | 125 kg FeV80 |
These figures are theoretical. In actual steelmaking, you should also include your vanadium recovery rate and use the delivered chemical composition when calculating the required alloy addition.
If you want to compare other vanadium concentrations, our FeV40 vs FeV80 guide explains how vanadium concentration changes the required alloy addition.
What Does the Similar Vanadium Cost Mean?
At the September 28 reference prices, FeV50 and FeV80 are almost identical when converted to cost per kilogram of nominal vanadium. That means the lower FeV50 ton price does not automatically make FeV50 cheaper for the same theoretical V input.
Your final comparison should go beyond RMB/MT and include:
- Actual V content in the delivered batch;
- Carbon, silicon, phosphorus, sulfur and aluminum limits;
- Required ferrovanadium addition mass;
- Vanadium recovery in your process;
- Particle size and feeding method;
- Packing, order quantity and delivery terms.
This gives you a more useful cost comparison than simply placing the FeV50 and FeV80 prices per ton side by side.
FeV50 or FeV80: How Should You Choose?
Start with your required vanadium input and steel chemistry rather than the lower ton price.
FeV50 requires more alloy mass to introduce the same theoretical amount of vanadium. FeV80 provides a higher vanadium concentration, so you can introduce the same amount of V with less ferrovanadium by weight.
This difference can matter when you need tighter control over total alloy addition, residual elements or furnace feeding. For less restrictive production conditions, FeV50 may still fit your existing process and purchasing specification.
There is no need to choose a higher-V grade simply because the vanadium concentration is higher. Check the actual V range, impurity limits, recovery rate and your established production practice first.
You can also review how ferro vanadium is used in steel production when evaluating the grade and addition method for your process.
Use Actual V Content for Your Final Cost Calculation
The grade name is useful for an initial market comparison, but it should not replace the actual chemical specification.
For example, if your FeV50 batch does not contain exactly 50.0% V, the real cost per kilogram of vanadium will be different from the simplified calculation above. The same applies to FeV80.
For a final quotation comparison, use:
Actual Unit V Cost = Alloy Price per MT ÷ (Actual V% × 1,000 kg)
If the batch contains 80.5% V, use 80.5%, not simply 80%. This gives you a more accurate comparison between quotations and delivered material.
Compare Your FeV50 and FeV80 Quotation
Send us your required FeV grade, V content, impurity limits, particle size, quantity, packing and destination port. We can confirm the available specification and current quotation.
Request FeV50 / FeV80 PriceWhat to Confirm Before Requesting a Ferrovanadium Quote
To compare FeV50 and FeV80 accurately, send us the same purchasing conditions for both grades:
- Required grade: FeV50 or FeV80;
- Required V range;
- C, Si, P, S and Al limits;
- Required particle size;
- Order quantity;
- Packing requirements;
- Destination port and trade term.
We can then confirm the applicable specification and price on the same basis, which makes the FeV50 and FeV80 comparison more meaningful.
FAQ
Q: Why is FeV80 more expensive per ton than FeV50?
A: FeV80 contains more vanadium per unit weight. Using nominal grade values, one ton of FeV80 contains about 800 kg V, compared with about 500 kg V in FeV50. The higher vanadium concentration therefore results in a higher price per ton.
Q: Is FeV80 more expensive than FeV50 per kilogram of vanadium?
A: Not in the September 28, 2026 reference used here. FeV50 at RMB 82,500–84,000/MT and FeV80 at RMB 132,000–134,400/MT both equal approximately RMB 165–168/kg V when calculated at nominal 50% and 80% vanadium content.
Q: How do I calculate the real vanadium cost from a ferrovanadium quotation?
A: Divide the ferrovanadium price per metric ton by the amount of vanadium contained in one ton. For the final purchase comparison, use the actual V percentage agreed in the specification or shown on the COA.
Q: Does FeV80 require less alloy addition than FeV50?
A: Yes, when you target the same theoretical vanadium input. At exactly 50% and 80% V, 10 kg of vanadium requires about 20 kg of FeV50 or 12.5 kg of FeV80 before considering actual recovery.
Q: Should I choose FeV50 or FeV80 based only on unit vanadium cost?
A: No. Also check impurity limits, required addition mass, vanadium recovery, particle size and your existing steelmaking process. Similar RMB/kg V does not mean the two grades are interchangeable in every production condition.
Q: What information do you need for a FeV50 or FeV80 quotation?
A: Send us your required grade, V content, impurity limits, particle size, quantity, packing and destination port. We can confirm the appropriate specification and current price.
Get Current FeV50 / FeV80 Quote
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