China Price Of High Carbon Ferromanganese On June 15th
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China Price Of High Carbon Ferromanganese On June 15th
Product: ferromanganese
Date:2023-06-15
ferromanganese price chart for reference:
| Factory price | ||||||
| product | Grade | mainstream offer | ups and downs | Mainstream transaction price | ups and downs | area |
| High carbon ferromanganese | femn65c7.0P≤0.25 | -- | -- | -- | -- | Yunnan |
| High carbon ferromanganese | femn65c7.0P≤0.25 | -- | -- | -- | -- | chongqing |
| High carbon ferromanganese | femn65c7.0P≤0.2 | -- | -- | -- | -- | sichuan |
| High carbon ferromanganese | femn65c7.0P≤0.2 | -- | -- | -- | -- | Guizhou |
| High carbon ferromanganese | femn65c7.0P≤0.2 | 5700-5800 | -- | 5600-5700 | -- | Guangxi |
| High carbon ferromanganese | femn65c7.0P≤0.2 | 5750-5800 | -- | 5700-5800 | -- | Shanxi |
| High carbon ferromanganese | femn65c7.0P≤0.2 | 6200-6250 | -- | 6200-6250 | -- | Shandong |
| High carbon ferromanganese | femn65c7.0P≤0.2 | 5800-5900 | -- | 5800-5900 | -- | Henan |
| High carbon ferromanganese | femn65c7.0P≤0.2 | 5700-5800 | -- | 5600-5800 | -- | Inner Mongolia |
| High carbon ferromanganese | femn75c7.0P≤0.3 | -- | -- | -- | -- | Yunnan |
| High carbon ferromanganese | femn75c7.0P≤0.2 | 6700-6800 | -- | 6700-6800 | -- | |
| High carbon ferromanganese | femn75c7.0P≤0.15 | -- | -- | -- | -- | |
| High carbon ferromanganese | femn75c7.0P≤0.2 | 6800-6850 | -- | 6800-6850 | -- | Guangxi |
| High carbon ferromanganese | femn75c7.0P≤0.2 | -- | -- | -- | -- | Hunan |
| High carbon ferromanganese | femn75c7.0P≤0.2 | 6800 | -- | 6800 | -- | Inner Mongolia |
| High carbon ferromanganese | femn75c7.0P≤0.2 | 7000-7100 | -- | 7000-7100 | -- | Guizhou |
| High carbon ferromanganese | femn75c7.0P≤0.2 | 6800-6900 | -- | 6800-6900 | -- | liaoning |
The addition of high carbon ferromanganese to steel improves its strength, hardness, and wear resistance. It also acts as a deoxidizer, removing oxygen and sulfur impurities from the molten steel during the refining process. Additionally, the high carbon content promotes the formation of carbides, which further enhance the steel's properties.
It's important to note that the carbon content in high carbon ferromanganese makes it susceptible to higher brittleness compared to other ferromanganese alloys with lower carbon content. Therefore, its usage is generally limited to applications where the benefits of carbon outweigh the potential drawbacks.
