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The metallurgical landscape is undergoing a transformative shift. At the heart of this change is the Continuous Charging Electric Arc Furnace (EAF), a game-changing technology that promises to reshape how we think about steel and metal production in the modern age. A Brief Dive into Traditional Meta
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Electric arc furnace is an electric furnace that uses the high temperature produced by electrode arc to melt ores and metals. The energy is very concentrated when the gas discharge forms the arc, and the temperature of the arc area is above 3000 ℃. For metal smelting, the electric arc furnace is more flexible than other steelmaking furnaces, which can effectively remove sulfur, phosphorus and other impurities. The furnace temperature is easy to control, and the equipment occupies a small area, which is suitable for smelting high-quality alloy steel.
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With the increasing requirements for the quality of special steel in the domestic manufacturing industry, improving EAF steelmaking process and equipment level has become the key to improving the quality of EAF steel products.
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How to reduce the consumption of three circumference electrodes in smelting is not only the technology of carbon manufacturers, but also the important work of smelting manufacturers to cooperate in the use and optimize the operation of electric furnaces.
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The generalized consumption of graphite electrode in smelting can be divided into active consumption, natural consumption or technical consumption.
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Large capacity and ultra high power electric arc furnace and large furnace refining technology have become the symbol of modern steel industry.
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Saving production costs is a major advantage of continuous charging EAF. The production cost savings brought by the continuous charging EAF smelting process mainly comes from continuous charging and stable smelting state. These factors determine that less total energy (electrical and chemical) needs to be consumed in the smelting process, and can use energy better and more efficient.
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The consumption of the electrode runs through the whole smelting process, and its consumption is affected by many factors.
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