Detailed introduction
Ferro Manganese is an alloy primarily composed of manganese and iron, produced by smelting manganese ore in blast furnaces or electric furnaces. It is the most widely used deoxidizer and alloying material in steelmaking. The carbon content in low-carbon ferromanganese is kept below 0.7%. While Japanese standards specify a carbon content of less than 1%, the former West German standards required a carbon level between 0.05% and 0.5%. Interestingly, the production processes for both low- and medium-carbon ferromanganese are identical—though the key difference lies in the slightly lower carbon content demanded for silicon-manganese alloys used in this process. In recent years, converters, tilting ladles, and oxygen-blown methods have been increasingly adopted to produce medium- and low-carbon ferromanganese, enabling energy savings while effectively reducing carbon levels.

Keywords: Sanhe Manganese Industry, Electrolytic Metallic Manganese Sheets, Metallic Manganese Balls
Ferro Manganese
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Detailed introduction
Ferro Manganese is an alloy primarily composed of manganese and iron, produced by smelting manganese ore in blast furnaces or electric furnaces. It is the most widely used deoxidizer and alloying material in steelmaking. The carbon content in low-carbon ferromanganese is kept below 0.7%. While Japanese standards specify a carbon content of less than 1%, the former West German standards required a carbon level between 0.05% and 0.5%. Interestingly, the production processes for both low- and medium-carbon ferromanganese are identical—though the key difference lies in the slightly lower carbon content demanded for silicon-manganese alloys used in this process. In recent years, converters, tilting ladles, and oxygen-blown methods have been increasingly adopted to produce medium- and low-carbon ferromanganese, enabling energy savings while effectively reducing carbon levels.

Keywords: Sanhe Manganese Industry, Electrolytic Metallic Manganese Sheets, Metallic Manganese Balls
