Detailed introduction
Manganese Briquettes alloy balls are a new type of composite product recently developed by our company. They serve as a versatile alloying agent that simultaneously performs deoxidation, carbon enrichment, and precise adjustment of the manganese content in steel. As everyone knows, during the steelmaking process, external alloying is often employed to fine-tune the chemical composition of the steel. However, when conventional carbon-increasing agents are used to adjust the carbon level in molten steel—especially under conditions where the steel is already highly oxidized—their low density leads to poor carbon recovery rates and uneven distribution, ultimately reducing the accuracy of compositional control. Moreover, due to their light weight, these traditional carbon additives fail to sink effectively into the molten steel, limiting their reaction interface primarily to the upper layers or surface of the melt. This severely compromises carbon recovery efficiency. To address these challenges, many steelmakers have turned to adding carbon-cored wires in an attempt to improve carbon distribution and recovery. Yet, this approach not only drives up production costs but also requires additional specialized equipment, making the process far less convenient for operators.
Keywords: Sanhe Manganese Industry, Electrolytic Metallic Manganese Sheets, Metallic Manganese Balls
Manganese Briquettes
Category:
Detailed introduction
Manganese Briquettes alloy balls are a new type of composite product recently developed by our company. They serve as a versatile alloying agent that simultaneously performs deoxidation, carbon enrichment, and precise adjustment of the manganese content in steel. As everyone knows, during the steelmaking process, external alloying is often employed to fine-tune the chemical composition of the steel. However, when conventional carbon-increasing agents are used to adjust the carbon level in molten steel—especially under conditions where the steel is already highly oxidized—their low density leads to poor carbon recovery rates and uneven distribution, ultimately reducing the accuracy of compositional control. Moreover, due to their light weight, these traditional carbon additives fail to sink effectively into the molten steel, limiting their reaction interface primarily to the upper layers or surface of the melt. This severely compromises carbon recovery efficiency. To address these challenges, many steelmakers have turned to adding carbon-cored wires in an attempt to improve carbon distribution and recovery. Yet, this approach not only drives up production costs but also requires additional specialized equipment, making the process far less convenient for operators.
Keywords: Sanhe Manganese Industry, Electrolytic Metallic Manganese Sheets, Metallic Manganese Balls
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Company Location: Lianxiandong Group, Ba'ao Village, Liao'gao Town, Songtao Miao Autonomous County, Tongren City, Guizhou Province
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