Silicon Carbide Rod

U-shaped silicon carbide rod for high-temperature furnaces. Withstands up to 1600°C, offers rapid heating, strong oxidation resistance, and long life. Customizable size, resistance, and surface load. Ideal for industrial heating applications.

U-shaped silicon carbide heating rod for high-temperature furnaces up to 1600°C. Features 300mm length, 220V voltage, and 2000W power. Durable design with optimized series-parallel wiring for extended lifespan. Ideal for industrial heating applications.

ED type silicon carbide rod offers superior high-temperature resistance up to 1500°C. Equal-diameter design ensures uniform heat distribution. Self-forming antioxidant SiO2 film extends service life. Customizable sizes from 8mm to 54mm. Ideal for industrial furnaces and kilns.

ED type silicon carbide rod features equal-diameter design for consistent heating. Withstands up to 1500°C in air, forming a protective silica layer for extended life. Available in 8-54mm OD with customizable hot and cold zones. Ideal for industrial furnaces and high-temp applications.

High temperature resistance up to 1400°C, corrosion resistant, and long service life. ED type silicon carbide rods available in 500mm and 600mm lengths. Ideal for industrial furnaces and kilns. Custom options available.

High temperature resistance up to 1400°C with corrosion resistance and long service life. ED type silicon carbide heating element available in 300-600mm lengths. Custom options available for industrial furnace applications.

ED Type SiC rod features low end resistance for uniform current distribution, preventing local overheating and extending service life. Energy-efficient with high thermal conversion. Ideal for high-temp furnaces up to 1600°C. Density 3.1 g/cm³, flexural strength 400 MPa.

ED Type Silicon Carbide Rod offers superior heating performance with low end resistance and extended service life. Operating up to 1600°C with 400 MPa flexural strength, this energy-efficient heating element is ideal for rare earth processing, electronics manufacturing, and high-temperature furnace applications.

High-performance equal-diameter silicon carbide heating rods featuring uniform thermal expansion, reduced cracking risk, and extended service life. Withstands temperatures above 2000°C while providing energy-efficient heating for pusher furnaces, mesh belt furnaces, and industrial applications in electronics, magnetic materials, and powder metallurgy.

Industrial-grade silicon carbide heating rods featuring excellent thermal shock resistance and chemical stability. With flexural strength of 250-300 MPa and compressive strength of 2000-2500 MPa, these rods provide reliable high-temperature performance for furnace applications. Includes comprehensive operating guidelines for optimal lifespan and efficiency.

ED Type Silicon Carbide Rods deliver exceptional high-temperature performance up to 1600°C with excellent oxidation resistance and 400 MPa flexural strength. These non-metallic heating elements feature diameters from 2mm to 54mm, offering long service life and minimal deformation for industrial furnaces, kilns, and heating systems.

High-performance silicon carbide rod heating elements rated for 1400°C operation. Features include excellent oxidation resistance, rapid heating, minimal deformation, and compatibility with electronic control systems. Available in multiple sizes from 8mm to 54mm diameter with resistance ranges from 0.3 to 8.6 ohms for precise industrial heating applications.

High-performance ED Type Silicon Carbide Rod heating elements with maximum working temperature of 1400°C. Features exceptional oxidation resistance, corrosion resistance, and long service life. Available in various diameters and lengths for magnetic materials, ceramics, glass, and metallurgy applications. High-density self-bonding construction ensures minimal deformation and easy installation.

High-performance silicon carbide heating elements rated for 1600°C operation. Features include excellent oxidation resistance, rapid heating capability, minimal deformation, and extended service life. Available in multiple configurations from 8mm to 54mm outer diameter with resistance ranges from 0.3Ω to 8.6Ω for industrial furnace applications.

H-type SiC heating element with 1000W power and 240V. Features welded silicon carbide bridge for durability, aluminum-metallized cold ends for low resistance, and single-side wiring for easy installation. Ideal for high-temperature kilns and electronic component firing.

H-type SiC rod with 1600°C max temperature, 250-500MPa flexural strength, and excellent chemical resistance. Custom diameters from 1-60mm. High thermal conductivity ensures efficient heating. Ideal for industrial furnaces.

H-type silicon carbide rod for single-ended wiring in glass channels. Operates up to 1400°C with 1kW power, 220V, and 1/4 inch diameter. Durable mullite insulation, center thermocouple, reliable performance.

H-type SiC heating element rated for 1600°C, ideal for glass industry furnaces. Features 300-600mm heating zone, 1.2-5Ω resistance, and 300-400 MPa flexural strength. Durable, energy-efficient, and customizable for industrial heating applications.

H-type silicon carbide heating element for high-temperature furnaces up to 1600°C. Energy-saving, long service life, customizable diameter and length. Ideal for kilns requiring uniform heating. Aluminum-metallized ends ensure low resistance connections.

High-temperature H-type silicon carbide heating element rated for 1600°C. Features precision welded bridges and metallized cold ends for low resistance. Customizable resistance (1-50Ω) and lengths up to 3000mm. Ideal for industrial furnaces with energy-saving design.