Manganese Alloys and Manganese Metal

Manganese alloys include various ferromanganese and silicomanganese grades. Based on the Metalshub Price Index, the price of Manganese Metal Flakes in Q2 2021 ranged from 2,269-2,903 €/mt. High Carbon Ferromanganese ranged from 1,106-1,310 €/mt and Silicomanagense ranged from 1,217-1,460 €/mt. The Metalshub price Index uses methodology validated by leading industry experts, helping customers make data-driven trading decisions.

Get current prices Buy Manganese alloys

Frequently traded on Metalshub

Manganese is added to alloy steel, such as structural steel, tool steel, stainless and heat-resistant steel.

Name	Abbreviation	Size (mm)	Mn Content (%)
High Carbon Ferromanganese	HCFeMn	2-10 (fines)	75-80
High Carbon Ferromanganese	HCFeMn	10-100 (lumpy)	75-80
Medium Carbon Ferromanganese	MCFeMn	10-100	75-85
Low Carbon Ferromanganese	LCFeMn	10-100	75-85
Silicomanganese	SiMn	10-100	65-75
Manganese metal lump	Mn Met Lump	10-100	95-100
Manganese metal briquettes	Mn Met Briq	50X30	97-100
Manganese metal flakes	Mn Met Flakes	0-100	99.7-100

How can Metalshub help?

Buy manganese alloys and manganese metals from an international pool of suppliers.

Buy

Grow your manganese metal business. Access an extensive pool of international buyers.

Sell

Find out more about the most reliable manganese price index.

Access price index

Application of relevant Manganese types

High Carbon Ferromanganese (HCFeMn):

High carbon ferromanganese (HCFeMn) is the most widely used ferroalloy in terms of quantity. It usually has a manganese content of 70-80 wt% and a carbon content of 6-8 wt% During the production process, slags with a high content of manganese oxide are formed, which can be refined in further process steps to Silicomanganese (SiMn), Low carbon Ferromanganese (LCFeMn) or to Manganese metal.

Medium Carbon Ferromanganese (MCFeMn):

Ferromanganese alloy with a manganese content 75-90 wt% and a carbon content of 0.5-2 wt%.

Low Carbon Ferromanganese (LCFeMn):

Ferromanganese alloy with a manganese content 80-95 wt% and a carbon content of 0-0.5 wt%.

Ferromanganese briquettes (FeMn briqs):

The compaction of Ferromanganese alloys of fine grain sizes into Ferromanganese briquettes briquettes can reduce dust losses and improve handling.

Manganese metal flakes (Mn metal flakes):

Electrolytic manganese flakes, commonly referred as manganese metal flakes, with a minimum manganese content of 99.7 wt%, are mainly used by steel mills.

Manganese metal briquettes (Mn metal briqs):

Manganese metal briquettes can be used as a substitute for flakes reducing dust loss and improving handling.

Manganese metal lumps (Mn metal lumps):

Besides flakes and briquettes, Mn metal can also be available in lumpy form.

Silicomanganese (SiMn):

Silicomanganese has additional silicon, which acts as a more powerful deoxidiser. Compared to the standard FeSi75 and HCFeMn, the use of silicomanganese also leads to a smaller increase in carbon, which makes it a preferred substitute.