What Is The Price Of Ferro Manganese? Ferromanganese Uses

Dec 02, 2025

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How much is manganese per kg USD?

 

 

Today's ferromanganese export price in India
Unit: US dollars/metric ton
product Specification Lowest price rise and fall highest price rise and fall Price Explanation
High-carbon ferromanganese 70# 820 -- 825 -- FOB, Vizag/Haldia, India
High-carbon ferromanganese 75# 915 -- 920 -- FOB, Vizag/Haldia, India
high carbon ferro manganese uses
Ferromanganese Uses
 Key Applications of Ferromanganese in Industry
Ferromanganese (FeMn) is a ferroalloy consisting primarily of iron and manganese, typically containing 75–80% manganese. It is produced by reducing manganese ore with carbon in a blast furnace or electric arc furnace. Due to its high manganese content, it is a vital additive in steelmaking and foundry operations.
Use Category
Specific Application
Function
Steelmaking
Carbon steel production
Adds manganese to improve strength and toughness
Alloy Steel
High-strength low-alloy steel (HSLA)
Enhances hardenability and wear resistance
Foundries
Cast iron and steel castings
Controls microstructure and deoxidation
Welding Electrodes
Coating and core materials
Supplies Mn for arc stabilization and slag formation
One of the primary uses of ferromanganese is as a manganese supplement during the steel melting process. Manganese acts as a deoxidizer and desulfurizer, removing oxygen and sulfur to enhance steel cleanliness. It also combines with carbon to neutralize harmful effects of sulfur, preventing hot shortness.
In alloy steel production, ferromanganese improves mechanical properties such as hardness, tensile strength, and abrasion resistance. It is especially important in manufacturing railway tracks, construction bars, and armor plates.

Furthermore, in foundries, ferromanganese aids in controlling the morphology of graphite and refines grain size, leading to superior casting quality. In welding, it contributes to arc stability and influences bead shape and penetration. Due to its strategic importance in metallurgy, ferromanganese is considered indispensable in infrastructure and heavy industry development worldwide.

Ferro Manganese Properties
Physical and Chemical Characteristics of Ferromanganese
Ferromanganese possesses distinct properties that make it highly valuable in metallurgical applications. These properties stem from its chemical composition and crystalline structure.
Property
Value / Description
Manganese Content
75% - 80% (standard grade); up to 96% (low-carbon grade)
Carbon Content
1.5% - 7% depending on grade (HC, LC, MC)
Iron Content
Balance (~20%)
Melting Point
Approximately 1,200°C – 1,300°C
Density
Around 7.3 g/cm³
Appearance
Lump or crushed form, silver-gray metallic
Solubility
Reacts with oxygen and sulfur at high temperatures
High carbon ferromanganese (HCFeMn) contains about 6–7% carbon and is the most commonly produced type due to cost-effectiveness. Medium carbon (MCFeMn) and low carbon (LCFeMn) variants have reduced carbon levels, catering to special steel requirements where carbon control is critical.
Chemically, manganese in FeMn readily reacts with sulfur and oxygen to form stable compounds, aiding purification in molten metal. The alloy exhibits strong deoxidizing capability and enhances the hardenability of steel. Its density allows easy settling in ladle metallurgy, ensuring efficient alloy distribution.
 
high carbon ferro manganese price
From a physical standpoint, ferromanganese is brittle and usually handled in crushed or lumpy forms. Handling requires care due to dust generation and potential health hazards. Its thermodynamic stability at steelmaking temperatures ensures consistent performance during metallurgical reactions. These properties collectively enable precise control over steel chemistry and final mechanical attributes, affirming ferromanganese's essential role in modern metallurgy.

 

What is the price of ferro manganese? 

Today's manganese iron market summary
Unit: Yuan/ton, ex-factory cash price including tax (for reference only)
1) High-carbon ferromanganese
Brand area Today's mainstream ex-factory transaction price Average price change
femn65c7.0 Sichuan (p<0.25) -- --
Guizhou (p<0.2) -- --
Guangxi (p<0.2) 5050 --
Shanxi (p<0.2) 5100-5150 --
Henan (p<0.2) -- --
Inner Mongolia (p<0.2) 5100 --
Jiangsu (p<0.2) 5400-5500 --
Shandong (p<0.2) 5200 --
Shanghai (p<0.2) 5400-5500 --
Tianjin (p<0.2) 5400-5500 --
Liaoning (p<0.2) -- --
femn75c7.0 Yunnan (p<0.3) -- --
Yunnan (p<0.2) 5900-6000 --
Yunnan (p<0.15) -- --
Guangxi (p<0.25) 5900-6000 --
Hunan (p<0.25) -- --
Guizhou (p<0.25) -- --
Inner Mongolia (p<0.25) 5900 --
Zhejiang (p<0.25) 6300-6400 --
Zhejiang (p<0.15) 6300-6400 --
Shanghai (p<0.25) 6300-6400 --
2) Blast furnace ferromanganese
product Brand Today's mainstream ex-factory transaction price Average price change
blast furnace ferromanganese femn65c7.0 5100 --
3) Medium-carbon ferromanganese
Brand area Today's mainstream ex-factory transaction price Average price change
femn75c2.0P<0.35 Guizhou -- --
Guangxi -- --
Guizhou (P<0.2) {=MT1001-GZ2CJ} {=MT1001-ZD_GZ2CJC}
femn75c2.0P<0.25 Guizhou 7600-7700 --
Guangxi 7500-7600 --
Hunan 7600-7700 --
Henan 7600-7700 --
Inner Mongolia 7600-7700 --
femn75c2.0P<0.2 Zhejiang 8000-8100 --
4) Low-carbon ferromanganese:
Brand area Today's mainstream ex-factory transaction price Average price change
FEMN80C0.7 Group II Phosphorus Guizhou 8800-8900 --
Hunan 8800-8900 --
Shanxi 8800-8900 --
FEMN80C0.7 group of phosphorus Guizhou 8800-9000 --
FEMN80C0.4 Group II Phosphorus Hunan 9200-9300 --
FEMN80C0.4 group of phosphorus Hunan 9200-9300 --
Henan 9200-9300 --

 

 

Ferro Manganese and Silico Manganese

 Comparative Insights into Two Core Manganese Alloys
Ferro manganese and silico manganese are both crucial manganese-bearing ferroalloys used in steelmaking, yet they differ in composition, functionality, and processing methods.
Feature
Ferro Manganese
Silico Manganese
Mn Content
75–80% (higher)
60–70%
Si Content
< 2%
14–30%
C Content
1.5–7% (varies by grade)
Low (~1.5–2%)
Iron Content
Balance
Balance
Main Use
Manganese supplementation
Dual-purpose: Mn + Si addition and deoxidation
Deoxidizer Efficiency
Moderate
High (due to Si)
Steel Impact
Improves strength, toughness
Enhances strength, ductility, and soundness
Ferro manganese is primarily used when high manganese content is required without significant silicon addition. It efficiently supplies manganese for deoxidation and alloying in carbon steels and foundry metals. However, it has limited deoxidizing power compared to silicon-based alloys.
On the other hand, silico manganese offers combined benefits. Its substantial silicon content gives it excellent deoxidizing capacity, while still supplying ample manganese. It is especially useful in producing low-carbon steels and reinforcing bars, where tight control over impurities is necessary.

Production-wise, ferromanganese is generally made in blast furnaces or electric arc furnaces using manganese ore and coke, whereas silico manganese is produced in electric furnaces with added quartz (SiO₂) to introduce silicon. From a cost perspective, silico manganese may offer economic advantages by fulfilling two alloying needs in one addition. Choosing between them depends on the steel grade and desired final properties.

 

High Carbon Ferro Manganese Uses
Applications of High Carbon Ferromanganese in Metallurgy
High carbon ferromanganese (HCFeMn) contains 6–7% carbon along with approximately 75–80% manganese. It is the most widely produced and economical form of ferromanganese, extensively utilized across various metallurgical sectors.
Application
Role of HCFeMn
Benefits
Carbon Steel Manufacture
Adds Mn and C
Enhances hardness, tensile strength
Rebar Production
Supplies Mn for strength
Economical alloying solution
Foundry Operations
Controls microstructure
Improves castability and reduces defects
Rail Steel Making
Boosts wear resistance
Long service life under load
General Steel Alloying
Adjusts melt chemistry
Facilitates deoxidation and desulfurization
HCFeMn is chiefly used in producing carbon steels and low-alloy steels where high carbon content is acceptable. Since manganese increases hardenability and tensile strength, it is instrumental in fabricating construction materials such as rebars, beams, and rails.
Being less expensive than its low-carbon counterparts, HCFeMn serves as a cost-effective source of manganese in applications tolerating higher carbon levels. In foundries, it helps manage the shape and distribution of graphite in castings, minimizing brittleness and enhancing machinability.

Additionally, it supports sulfur control during steel refining by reacting with sulfur to form manganese sulfide, thus preventing hot shortness. Though not suitable for producing stainless or ultra-low-carbon steels, high carbon ferromanganese remains a backbone material in large-volume steel production due to its availability and affordability. Its usage supports efficient production cycles and meets infrastructural demands globally.

 

 

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