Low Carbon Ferromanganese Price In China
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Low Carbon Ferromanganese Price In China
Product: ferromanganese
Date:2023-06-15
ferromanganese price chart for reference:
| Unit description: Yuan/ton, ex-factory cash price including tax (for reference) | ||||||
| product | Specification | mainstream offer | Mainstream transaction price | place of origin | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) a group of phosphorus | 10100-10300 | 10100-10200 | Guizhou | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) a group of phosphorus | -- | -- | Hebei | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) a group of phosphorus | 10100-10300 | 10100-10300 | Shanxi | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) group two phosphorus | 10100-10200 | 10100-10200 | Hunan | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) group two phosphorus | 10000-10100 | 10000-10100 | Henan | ||
| Low carbon ferromanganese | femn80c0.7 (ore smelting) group two phosphorus | 10100-10200 | 10000-10100 | Guangxi | ||
| Low carbon ferromanganese | femn80c0.4 (ore smelting) group two phosphorus | 10700-10800 | 10300-10500 | Hunan | ||
| Low carbon ferromanganese | femn80c0.4 (ore smelting) a group of phosphorus | 10600-11000 | 10600-10800 | Hunan | ||
| Low carbon ferromanganese | femn80c0.4 (ore smelting) a group of phosphorus | 10600-11000 | 10600-10800 | Guizhou | ||
| Low carbon ferromanganese | femn80c0.4 (ore smelting) a group of phosphorus | 10600-11000 | 10600-10800 | Henan | ||
The production of low carbon ferromanganese involves the carbothermic reduction of manganese ores, similar to other ferromanganese alloys. Manganese oxide ores, such as pyrolusite (MnO2), are combined with a carbonaceous material and subjected to high temperatures in a furnace. The carbon reduces the manganese oxide, resulting in the formation of low carbon ferromanganese.
Low carbon ferromanganese is primarily used as an alloying agent in steel production. Its addition to steel provides several benefits. Firstly, it helps improve the strength and toughness of the steel, making it suitable for various applications. Secondly, it enhances the steel's resistance to corrosion and oxidation. Lastly, low carbon ferromanganese serves as a deoxidizer during the steelmaking process, removing oxygen impurities and improving the steel's cleanliness.
Due to its lower carbon content, low carbon ferromanganese is less prone to brittleness compared to alloys with higher carbon levels. This makes it particularly suitable for applications where toughness and ductility are important.
Low carbon ferromanganese finds applications in various industries, including construction, automotive, and electrical appliances. It is used in the production of structural steel, sheet metal, wire, and other steel products where strength, corrosion resistance, and good formability are required.
