Showing 1–9 of 45 results

  • 1500 1625C U W Type Single Double Helix Si...

    Elementul de încălzire electrică Sic este un tip de element de încălzire electric realizat din carbură de siliciu, care este cunoscut pentru rezistența și durabilitatea la temperaturi ridicate.

  • 1625C China Manufacturer High Efficiency H...

    Heating Silicon Carbide Rod is a durable and efficient heating element for high-temperature applications.

  • 1625C Customized High Purity High Temperat...

    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 Double Spiral Ceramic Heating Elemen...

    Double spiral ceramic heating element. Provides efficient heating. Made of high-quality ceramic material. Durabil și de lungă durată. Eficient energetic. Easy to install and maintain.

  • 1625C Double Spiral Scr Silicon Carbide He...

    Silicon carbide heating element is a type of heating element made of silicon carbide material. Ideal for high temperature applications up to 1600°C.

  • 1625C Dumbell Type Small Diameter Sic Carb...

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

  • 1625C Double Spiral Shape Sic Silicon Carb...

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

  • 1625C GD Type Furnace Heater Sic Heating E...

    Sic heating element. Made of high-quality silicon carbide material. High-temperature resistance. Efficient and fast heating. Durabil și de lungă durată. Easy to install and maintain.

  • 1625C Ed U Type Laboratory Furnace Electri...

    The Silicon Carbide Rod Heating Element is a robust and efficient heating solution used in various industrial heating applications for consistent heat transfer.