Ferroalloys
Ferroalloys Business
With our two major production bases in Tokushima and Kashima, we harness our proven technology and time-tested techniques to provide our customers with stable supplies of high-quality manganese.
Our portfolio includes not only ferromanganese but also other ferroalloy products. These quality products have been well received by our customers, sustaining Nippon Denko’s reputation as a leading manufacturer of ferroalloys.
In addition our Tokushima and Hidaka Plants are producing diverse fertilizers indispensable for soil improvement, by making use of the soil-improving properties of by-products obtained from ferroalloy production.
Our portfolio includes not only ferromanganese but also other ferroalloy products. These quality products have been well received by our customers, sustaining Nippon Denko’s reputation as a leading manufacturer of ferroalloys.
In addition our Tokushima and Hidaka Plants are producing diverse fertilizers indispensable for soil improvement, by making use of the soil-improving properties of by-products obtained from ferroalloy production.
Main Products
High-carbon ferromanganese, Medium-carbon ferromanganese
- Feature
- Substantially improves the hot workability and weldability of steels
- Application
- Used as an additive, deoxidizing agent or desulfurizing agent for molten steels
| Type | Symbol | General Standard Composition by Element (%) | ||||
|---|---|---|---|---|---|---|
| Mn | C | Si | P | S | ||
| High-carbon ferromanganese | FMnH1 | 73–78 | ≦7.3 | ≦1.2 | ≦0.40 | ≦0.02 |
| SLP ferromanganese | SLP（MC) | 87.2–95 | ≦0.2 | ≦1.2 | ≦0.05 | ≦0.02 |
SLP ferromanganese
- Feature
- Boasts higher manganese content than standard ferromanganese with lower carbon and phosphorus contents
- Application
- Used mainly as an additive for high-quality steels
Ferrosilicomanganese
- Feature
- A composite alloy mainly made of silicon and manganese
- Application
- Used as a manganese- and silicon-based additive, deoxidizing agent or desulfurizing agent for molten steels
Ferrosilicon
- Feature
- Used broadly for steels in large quantities and generate a large amount of heat during oxidation without substantially lowering the molten steels temperature
- Application
- Used as a deoxidizing agent for steel production, silicon additive or casting adhesive
Ferrovanadium
- Feature
- Improves the strength of steel, effectiveness of heat treatments and weldability of steels
- Application
- Used as vanadium additive for tool steels, heat-resistant steels, high-strength low-alloy steels and cast metals
High-carbon ferrochromium
- Feature
- Used in large quantity as a chromium additive for stainless steels
- Application
- Used as chromium additives for steels such as stainless steel, alloyed steel and cast steel
Ferroniobium
- Feature
- Improves mechanical properties of steels in the same way as vanadium and helps to reduce low-temperature brittleness
- Application
- Used as a niobium additive for stainless steels, high-tensile steels, heat-resistant steels, nickel-based alloys and other special steels; permanent magnets