A privately owned enterprise that leverages advanced technology to produce high-quality manganese-based products.
Songtao Sanhe Manganese
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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 standard required carbon levels between 0.05% and 0.5%. Interestingly, the production processes for both low- and medium-carbon ferromanganese are essentially the same—though the key difference lies in the slightly lower carbon content demanded for silicon-manganese alloys. 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 further reducing carbon levels.
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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 specific gravity, 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 carbon-cored wires in an attempt to improve carbon addition. Yet, while this approach helps mitigate some issues, it also drives up production costs, requires additional specialized equipment, and introduces significant operational complexity.
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Manganese Lumps due to their large surface area and low density, suffer significant burn-off when used as alloy additives. Therefore, they are typically remelted and cast into ingots, making them easier to add while minimizing material loss during processing. These sheets are primarily used in the production of special steels (such as Huacheng Metal Network’s stainless steel and high-manganese steel), non-ferrous metal alloys (including Cu and Al alloys), and as raw materials for manufacturing soft magnetic materials like high-purity MnCo₃ and Mn₃Co₄, as well as for applications like electrode coatings in welding rods and diamond catalysts.
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Elecrolytic Manganese Metal Flkes
Currently, we operate two factories, one dedicated to producing Elecrolytic Manganese Metal Flkes and the other focusing on downstream manganese products. We strive for excellence in every aspect—ranging from market positioning and product development to after-sales service.
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General Department:+86 151-2161-1595
Sales Department:+86 150-0138-9908
Procurement Department:+86 187-0856-6333
Corporate email:sanhemengye@163.cn
Company Location: Lianxiandong Group, Ba'ao Village, Liao'gao Town, Songtao Miao Autonomous County, Tongren City, Guizhou Province
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