Products

  • 600 UHP graphite electrode

    600 UHP graphite electrode

    Grade:UHP
    Applicable furnace: EAF
    Length: 2100mm/2400mm/2700mm
    Nipple:3TPI/4TPI
    Shipping Term: EXW/FOB/CIF
    Payment: T/T; L/C
    MOQ:10ton

  • UHP 550mm Graphite Electrode

    UHP 550mm Graphite Electrode

    This is a 550mm diameter, ultra high power graphite electrode. China’s best quality graphite electrode. The graphite electrodes produced by our factory are of good quality, stable performance, low consumption, complete specifications, rapid delivery and good service.

  • UHP 500mm Graphite Electrode

    UHP 500mm Graphite Electrode

    OriginChina 
    Application: EAF or LF
    GradeUHP(Ultra High Power)
    Nipple Thread3TPI or 4TPI
    Raw Material: Needle Coke
    Delivery termEXW, FOB, CIF, DAP

  • UHP 450mm Graphite Electrode

    UHP 450mm Graphite Electrode

    This is a 450mm diameter, ultra high power graphite electrode. China’s best quality graphite electrode. The graphite electrodes produced by our factory are of good quality, stable performance, low consumption, complete specifications, rapid delivery and good service.

  • 400 UHP graphite electrode

    400 UHP graphite electrode

    Grade: Ultra High Power
    Applicable furnace: EAF
    Length: 1800mm/2100mm/2400mm
    Nipple:3TPI/4TPI
    Shipping Term: EXW/FOB/CIF

  • 300mm UHP Electrode

    300mm UHP Electrode

    UHP 300mm graphite electrode is our main product. This product selects high quality needle coke, through forming, roasting, macerating, graphitization and mechanical processing and made, as high quality conductive materials for the arc furnaces

  • HP 400mm graphite electrode

    HP 400mm graphite electrode

    HP 400mm graphite electrode is mainly made of petroleum coke and needle coke. The allowable current is 21000-31000A, and the current density can be 16-24A/cm². Generally used for high-power electric arc furnace steelmaking.

  • High Power Graphite electrode

    High Power Graphite electrode

    High-power graphite electrodes are produced from high-quality petroleum coke (or low-grade needle coke). The production process includes calcination, batching, kneading, molding, baking, dipping, secondary baking, graphitization and processing. The raw material of nipple is imported oil needle coke, and the production process includes twice dipping and three baking. Its physical and mechanical properties are higher than those of ordinary power graphite electrodes, such as lower resistivity and higher current density.

  • Regular Power Graphite Electrode

    Regular Power Graphite Electrode

    The main raw material of ordinary power graphite electrode body is high-quality petroleum coke, which is mainly used in electric arc furnace for steelmaking. The production process includes calcination, batching, kneading, forming, roasting, graphitization and machining. The raw materials of nipple are needle coke and high-quality petroleum coke, and the production process includes one impregnation and two roasting.

  • Carburizer

    Carburizer

    Graphite powder features: strong electrical and thermal conductivity, high purity and high crystalline structure, strong stability (carbon molecules remain unchanged at high temperature), and high lubricity.
    Hexi Carbon has many years of experience in producing graphite materials, leading in processing technology and superior in cost performance.

  • Graphite Crucible

    Graphite Crucible

    Hexi carbon mainly produces graphite electrodes. Besides graphite electrodes, we also produce some graphite products. The manufacturing process of these graphite products has the same process and quality inspection as graphite electrodes.

  • Chinese Graphite Block

    Chinese Graphite Block

    The production process of graphite block/graphite square is similar to that of graphite electrode, but it is not a by-product of graphite electrode. It is a square product of graphite electrode, which is made of graphite block material by crushing, sieving, batching, forming, cooling roasting, dipping and graphitization.