Video Channel of China ZHENGZHOU SONGYU HIGH TEMPERATURE TECHNOLOGY CO.,LTD
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Fieberuntersuchung

Heizelemente
May 07, 2025
Category Connection: Silikon-Karbid Rod
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Tags:
#SiC-Stäbe #Silikon-Kohlestift #mit einer Breite von mehr als 20 mm
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.
FAQs:
  • 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.
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