This is a U-shaped heating element made primarily of molybdenum disilicide, mainly used as the core heating component in high-temperature industrial furnaces, laboratory electric furnaces, and other equipment.
Reliable silicon carbide heating elements for industrial furnaces
Key Features
• High Temperature Resistance: Can operate stably for extended periods in high-temperature environments of 1600-1800℃, suitable for high-temperature applications such as ceramic sintering and metal heat treatment.
• Uniform and Stable Heating: The element surface heats evenly, with a fast heating rate, effectively improving the heating efficiency and temperature control accuracy of the equipment.
• Oxidation and Corrosion Resistance: A dense quartz glass protective layer forms in a high-temperature oxidizing atmosphere, resisting corrosion from most acidic gases and extending service life.
• Strong Structural Adaptability: Adopts a U-shaped structure design with standardized dimensions (such as heating section diameter D₁, cold end diameter D₂, heating section length Le, etc.), making it adaptable to different specifications of industrial furnace chambers.
Application Scenarios
It is widely used in cemented carbide sintering furnaces, ceramic high-temperature sintering furnaces, sapphire growth furnaces, and various laboratory high-temperature electric furnaces, and is a key basic component in the field of high-temperature heating.
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Our silicon carbide heating elements are optimized for stability, efficiency, and durability under continuous high-temperature working conditions.
