Silicon Carbide Rod

High-density 2.65g/cm³ silicon carbide rod with 2000-3000MPa compressive strength and 1600°C max temperature. Excellent chemical resistance and thermal conductivity 120-150W/m*K. Ideal for refractory, metallurgy, glass, ceramics, and electronics production. Custom diameters 1-50mm available.

H-type silicon carbide heating rod with 1400°C max temperature and 1000W power. Features aluminum-metallized cold ends for low resistance, high durability, and energy savings. Ideal for high-temperature industrial furnaces.

U-shaped silicon carbide heating element operates via Joule heating, offering efficient heat transfer through conduction, convection, and radiation. Rated 220V, 2000W, max 1600°C. Durable, high-resistance design ideal for industrial furnaces.

H-type SiC heating element with flexural strength 250-500MPa and max surface temperature 1500C. Metallized cold ends reduce resistance, ensuring efficient energy transfer. Durable bridge design withstands high stress. Ideal for electric furnaces and electronic firing. Custom diameters available.

U-shaped silicon carbide rod offers high temperature resistance up to 1600°C, rapid heating, and strong oxidation resistance. Maximizes heating area for efficiency. Ideal for electric furnaces. Durable, easy to install, and customizable for various industrial heating applications.

High-performance ED type silicon carbide heating rods with maximum operating temperature of 1600°C. Features equal-diameter construction for enhanced efficiency, excellent chemical resistance, and extended service life of thousands of hours. Ideal for industrial kilns, high-temperature furnaces, and heating systems requiring reliable thermal performance.

Industrial U-shaped silicon carbide heating elements feature precision-matched SiC rods with welded bridges for optimal thermal performance. Designed for temperatures up to 1600°C with aluminum-metallized cold ends ensuring low-resistance connections. Unilateral wiring configuration simplifies furnace installation while providing reliable heating for industrial applications.

U-shaped silicon carbide heating element rated for 1600°C and 1000W. Offers exceptional high-temperature resistance, rapid heating, and oxidation resistance. Ideal for industrial electric furnaces with easy installation and customizable configurations.

U-shaped silicon carbide rod heating element offers excellent high temperature resistance up to 1600°C, fast heating speed, and strong oxidation resistance. Ideal for industrial electric furnaces with customizable sizes and long service life.

U-shaped SiC heating element rated at 2000W and 220V, with a max temperature of 1600°C. Durable, energy-efficient, and ideal for high-temperature furnaces in ceramics, metallurgy, and glass industries. Custom lengths available.

U-shaped SiC heating element rated at 2000W and 220V, 300mm length, max temperature 1600°C. Durable, oxidation-resistant, ideal for ceramic, glass, and metallurgy furnaces. Custom options available.

U-shaped SiC heating element rated at 2000W and 220V, with a max temperature of 1600°C. Durable and oxidation-resistant, ideal for industrial furnaces in ceramics, glass, and metallurgy. Custom sizes available.

U-shaped silicon carbide heating element rated for 600°C to 1450°C with up to 2000 hours continuous operation. Ideal for electronics, metallurgy, and chemical industries. Customizable resistance, size, and surface load available.

U-shaped silicon carbide rod operates from 600°C to 1450°C with up to 2000 hours continuous use. Ideal for electric furnaces and kilns in electronics, metallurgy, and chemical industries. Customizable size, resistance, and surface load with single or multi-zone heating.

High-strength U-shaped SiC rod with excellent shock resistance, anti-oxidation, and long service life. Features optimized hot-to-cold zone resistance ratio for energy savings. Custom sizes available from 8mm to 54mm OD.

ED type silicon carbide rod heating element rated for 1600°C. Offers 2500MPa compressive strength, excellent thermal shock and chemical resistance. Ideal for industrial furnaces. Custom options available.

ED type silicon carbide rod offers low end resistance for even heat distribution, long service life, and energy efficiency. Ideal for rare earth, electronics, magnetic materials, powder metallurgy, and precision casting industries. Custom sizes available.

ED type silicon carbide rods offer uniform heating up to 1400°C. Equal diameter design ensures stable performance for ceramic firing, glass processing, and metal heat treatment. Custom sizes available with OD from 8 to 54mm. Durable, energy-efficient, and high-purity construction.