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    Ceramic pad

    "STORK" HEATING ELEMENTS (FCP)

    We incorporate the highest quality materials available in the construction of our (FCP) heating elements. These materials make the heating elements highly durable, which extends the usable life of Cooperheat heating elements beyond that normally expected.

    This extended life, high durability and reliability combine to save you money by: - Reducing reworks and lost time due to heating element failures. - Reducing your annual costs for replacing or repairing failed or damaged heating elements.Cooperheat ceramic heating elements are constructed from high grade sintered alumina ceramic beads, nickel chrome core wire and nickel cold tail wire. The construction allows the heating element to be flexible and provides high heat transfer efficiency.We insist on using high quality, ceramic beads, with a high resistance to thermal and physical shock, in the construction of the FCP.
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    These beads are supplied to us by one of the leading specialist ceramic manufacturers in the ceramic industry. The cold tails of Cooperheat ceramic heating elements are butt welded to
    the heater core wire which eliminates the cold tail/core wire junction failures often seen with low quality heaters which use steel ferrules.

    By selection, from the extensive range of the Cooperheat FCP,any pipe size or pipe configuration can be covered so that the correct amount of heating power can be applied to successfully heat treat the pipe weld or other fabrication. Our FCP’s are manufactured with a range of power ratings for use with a selection of standard voltages.

    If you require any special heating element configuration,
    voltage or power rating, we will use our heat treatment
    engineering expertise to provide you with a heating element
    custom built to meet your exact needs.

    Please note, the width of the heater is the first
    measurement (ceramic bead width—tail to tail)

    The important physical properties, which make these beads
    superior to other beads used in the heat treatment industry,
    are available on request.

    • Alumina content – 95%
    • Bulk density fired – 3.7 Mg/m3
    • Grain size – 6μm
    • Vickers hardness – 12.5
    • Rockwell hardness – 78 (R45N)
    • Compressive strength – 2000 MPa
    • Flexural strength – 320MPa (ASTM C1161, 3 point)
    • Young’s modulus – 325 Gpa
    • Thermal conductivity – 21W/m3
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