Showing 73–81 af 169 resultater

  • 1625C Spiral Type Heating Elements Silicon...

    Varmeelementer siliciumkarbidstænger er effektive og holdbare varmeelementer lavet af siliciumkarbidmateriale. Velegnet til højtemperaturapplikationer op til 1600°C.

  • 1625C Tube Type Silicon Carbide Heater Sic...

    Sic varmeelement. Ideel til højtemperaturopvarmning. Holdbar og langtidsholdbar. Fremstillet af højkvalitets siliciumcarbidmateriale. Energieffektiv. Nem at installere og vedligeholde.

  • 1625C U W I Shape Silicon Carbide Heater R...

    Siliciumcarbid varmestav er et holdbart og effektivt varmeelement lavet af siliciumcarbidmateriale. Anvendes i højtemperatur industrielle applikationer.

  • 1625C Tube Type Silicon Carbide Heater Sic...

    The SiC Heating Element is a high-performance heating solution made of silicon carbide, used in various industrial heating applications, providing efficient and reliable heat transfer.

  • 1625C Manufacturer Professional Reaction S...

    SIC heating element, also known as silicon carbide heating element, is a durable and efficient heating element used in high temperature applications.

  • 1625C Spiral Type Silicon Carbide Rod Heat...

    Siliciumcarbid stang varmeelement. Høj temperatur modstand. Effektiv og hurtig opvarmning. Holdbar og langtidsholdbar. Energieffektiv. Nem at installere og vedligeholde.

  • 1625C High Quality W Type Silicon Carbide ...

    Sic electric heating element is a high-temperature resistant and durable heating solution, ideal for use in industrial furnaces and kilns.

  • 1625C U W I Shape Silicon Carbide Heater R...

    The U W I Shape Silicon Carbide Heater Rod is a powerful and efficient heating solution made of silicon carbide, used in high-temperature industrial applications, ensuring consistent and reliable heat transfer.

  • 2100w 220v 8′ 5 turns electric stove...

    The Stove Coil Surface Heating Element is a high-performance heating solution used in stovetop cooking applications, providing efficient and consistent heat transfer.