Brief: Discover the advanced H Type Silicon Carbide Rod, a high-performance heating element designed for industrial applications. With a flexural strength of 250-500MPa and thermal conductivity of 100-130W/m*K, it ensures durability and efficiency. Ideal for electric furnaces and electronic component firing, this SiC heating element offers excellent chemical resistance and high-temperature uniformity.
Related Product Features:
H-shaped silicon carbide rod with a durable structure for industrial heating applications.
Metallized cold end tails with aluminum for minimized electrical resistance and improved efficiency.
Shared cold end design simplifies electrical connections and reduces wiring complexity.
High surface temperature of 1500°C suitable for extreme heat requirements.
Excellent chemical resistance ensures longevity in harsh environments.
Flexural strength of 250-500MPa withstands mechanical stresses.
Thermal conductivity of 100-130W/m*K for efficient heat transfer.
Energy-saving structure reduces heating element holes for better insulation.
Ερωτήσεις:
What is the maximum temperature the H Type Silicon Carbide Rod can withstand?
The H Type Silicon Carbide Rod can withstand a high surface temperature of up to 1500°C, making it ideal for extreme heat applications.
How does the metallized cold end tail improve efficiency?
The metallization with aluminum minimizes electrical resistance, providing a low-resistance contact surface for efficient energy transfer from the power source to the heating element.
What are the primary applications of the H Type Silicon Carbide Rod?
This heating element is widely used as a high-temperature heat source for electric furnaces and the firing of electronic components, thanks to its stability and high-temperature capabilities.