shp graphite electrodes
  • Graphite Electrodes Low Consumption Strong Electrical Conductivity Wholesale Buyers

    Graphite Electrodes Low Consumption Strong Electrical Conductivity Wholesale Buyers

    Graphite has high thermal conductivity and is very resistant to heat and impact. It also has low electrical resistance, which means it can conduct the large electrical currents needed to melt iron. In recent years, graphite electrodes have been made even more efficient: they can now conduct even higher currents and more power. Using the expertise collected over a century of innovation, Tokai Carbon has developed the world's biggest electrodes. They measure 32 inches (about 80 cm) in diameter and are 3 meters long.

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  • Manufacture High Carbon Graphite Electrodes Use for Furnace Industries Hot Sale

    Manufacture High Carbon Graphite Electrodes Use for Furnace Industries Hot Sale

    Graphite electrodes are used primarily in electric arc furnace steel manufacturing. Graphite electrodes can provide high levels of electrical conductivity and capability of sustaining the extremely high levels of generated heat. Graphite electrodes are also used in the refinement of steel and similar smelting processes.

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  • Steel Casting HP Extruded Carbon Graphite Electrode with Nipples

    Steel Casting HP Extruded Carbon Graphite Electrode with Nipples

    Graphite electrode, with above irreplaceable performance advantages, plays an indispensable role in the high temperature manufacturing field such as iron and steel smelting, electrolytic aluminum, ferroalloy, calcium carbide, industrial silicon and yellow phosphorus smeltingses.

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  • high density carbon electrode use for matellurgical furnace

    high density carbon electrode use for matellurgical furnace

    The main reason that graphite electrodes are used in electrolysis is that graphite is an excellent conductor. The structure of graphite is such that it has a large number of electrons floating freely between the different layers of atoms (graphite bonds are formed of only three out of the four electron shells of the carbon atom, leaving the fourth electron to move freely). These electrons act as a powerful conductor, enabling the electrolysis process to progress smoothly. In addition, graphite is economical, stable at high temperatures and hard-wearing. For all these reasons, graphite electrodes are frequently used in electrolysis.

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