Showing 172–180 of 531 results

  • 1625C Tube Type Resistance Furnace Clamp S...

    Silicon carbide rod heating element. High-temperature resistance. Efficient and fast heating. Durabil și de lungă durată. Eficient energetic. Easy to install and maintain.

  • 1625C Long Service-Life Sic Silicon Carbid...

    The SiC Silicon Carbide Electric Furnace Heating Rod is a high-performance heating solution used in industrial furnaces for efficient and reliable heat transfer.

  • 1625C Long Service-life High Density Sic E...

    Sic electric heating rod is a durable and high temperature heating element made of silicon carbide material. Used in a variety of industrial applications.

  • 1625C Spiral Type Heating Elements Silicon...

    Heating elements silicon carbide rods are efficient and durable heating elements made of silicon carbide material. Suitable for high temperature applications up to 1600°C.

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

    Sic heating element. Ideal for high-temperature heating applications. Durabil și de lungă durată. Made of high-quality silicon carbide material. Eficient energetic. Easy to install and maintain.

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

    Silicon carbide heater rod is a durable and efficient heating element made of silicon carbide material. Used in high temperature industrial applications.

  • 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...

    Silicon carbide rod heating element. High-temperature resistance. Efficient and fast heating. Durabil și de lungă durată. Eficient energetic. Easy to install and maintain.