Affichage 1–9 de 45 résultats

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

    Sic Electric Heating Element is a type of electric heating element made of silicon carbide, which is known for its high temperature resistance and durability.

  • 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. Durable et durable. A faible consommation. Facile à installer et à entretenir.

  • 1625C Double Spiral Ceramic Heating Elemen...

    Double spiral ceramic heating element. Provides efficient heating. Made of high-quality ceramic material. Durable et durable. A faible consommation. Facile à installer et à entretenir.

  • 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. Durable et durable. Ideal for high-temperature heating applications. A faible consommation. Facile à installer et à entretenir.

  • 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. Durable et durable. A faible consommation. Facile à installer et à entretenir.

  • 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. Durable et durable. Facile à installer et à entretenir.

  • 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.