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Ferrosilicon is a widely used alloy in various industrial processes, particularly in the production of steel and cast iron. Ferrosilicon furnaces are specifically designed to facilitate the production of ferrosilicon alloy. In this article, we will delve into the benefits and advantages of ferro
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Ferrochromium or ferrochromium (FeCr) is an iron alloy, an alloy of chromium and iron, usually containing 50-70% chromium. [1][2]Ferrochrome is produced from chromite ore by arc carbothermal reduction. Most of the global production comes from countries with rich domestic chromite resources such as S
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A large amount of gas is produced in the production process of ferroalloy reduction electric furnace. When the open electric furnace is used for production, the gas burns into flue gas when encountering air, which is large and dusty. It is difficult to purify and is not conducive to energy recovery. It will pollute the environment for a long time, form public hazards and cause energy loss.
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As a kind of ferrochrome with low carbon content, low-carbon ferrochrome is an important additive in steelmaking and casting. At ordinary times, our common stainless steel and high alloy ferritic steel are smelted by adding low-carbon ferrochrome in smelting. It can be said that low-carbon alloys are widely used.
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The main influencing factors of ferrosilicon furnace dust collector include: flue gas working condition (composition, temperature, moisture content, dust concentration, dew point value, sulfur content, etc.), dust properties (particle size, dust particle composition, adhesion, wettability, etc.), flue gas speed in the electric field, air leakage rate of dust collector, electrode hypertrophy, electrode operation, etc.
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The electric furnace method is the main method for smelting continuous cast steel|iron alloy, and the output of electric furnace ferroalloy accounts for more than 70% of the total ferroalloy output. Electric furnaces can be divided into submerged arc furnaces and electric arc furnaces, also called r
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