Video Channel of China ZHENGZHOU SONGYU HIGH TEMPERATURE TECHNOLOGY CO.,LTD
Chiacchierare Contattici
Casa Video Playlist Website

Prova in fabbrica dell'elemento di riscaldamento

video della fabbrica
May 07, 2025
Category Connection: Carburo di silicio Rod
Chiacchierare Contattici
Tags:
#Barre di SiC #Carbonio Rod del silicio #elementi di riscaldamento resistivi
Brief: Discover the 1400C Silicon Carbide Heating Rod, a 220V 1000W H-type silicon heating element designed for high-temperature applications. This video showcases its factory test, highlighting its durability, energy efficiency, and superior performance compared to traditional heating elements.
Related Product Features:
  • H-type silicon carbide rod with two SiC rods and a thickened bridge for enhanced strength and durability.
  • Metallized cold ends with aluminum for lower resistance and more efficient electrical conduction.
  • Surface temperature of 1500°C, ideal for extremely high-temperature applications.
  • High temperature uniformity ensures consistent heating and better product quality.
  • Energy-saving features reduce operating costs and environmental impact.
  • Long service life compared to traditional heating elements.
  • Voltage: 220V, Power: 1000W, Maximum Operating Temperature: 1400°C.
  • Insulation material: Mullite for added safety and performance.
Domande frequenti:
  • What makes the H-shaped silicon heating element more durable than single-rod heating elements?
    The H-shaped silicon heating element features two SiC rods and a thickened bridge, providing greater strength and durability compared to single-rod designs.
  • How does the metallization of the cold ends benefit the heating element?
    Metallization with aluminum creates a lower resistance contact surface, improving electrical conduction efficiency and reducing energy waste.
  • What are the energy-saving advantages of the H-shaped silicon heating element?
    The H-shaped silicon heating element offers long service life, electricity-saving features, and the ability to reduce the number of heating element holes in furnace construction, lowering operating costs and environmental impact.
Video Correlati
Installation of the 32-Meter 1650°C High-Temperature Pusher Kiln 00:14

Installation of the 32-Meter 1650°C High-Temperature Pusher Kiln
video della fabbrica
November 18, 2025
Installation of High-Temperature Pusher Kiln 00:14

Installation of High-Temperature Pusher Kiln
video della fabbrica
November 18, 2025
Watch: High-temperature pusher plate kiln Showcase 00:12

Watch: High-temperature pusher plate kiln Showcase
video della fabbrica
November 18, 2025
Barra di carbonio a forma di U 00:11

Barra di carbonio a forma di U
Elementi riscaldanti
July 21, 2025
Esame della febbre 00:21

Esame della febbre
Elementi riscaldanti
May 07, 2025
tubi di corindono 00:16

tubi di corindono
Elementi riscaldanti
August 08, 2025
Ti presentiamo il forno a spinta ad alta temperatura da 32 metri e 1650°C 00:21

Ti presentiamo il forno a spinta ad alta temperatura da 32 metri e 1650°C
Other Videos
November 14, 2025
Guarda: Vetrina di Forno a Spinta ad Alta Temperatura da 32 metri e 1650°C 00:14

Guarda: Vetrina di Forno a Spinta ad Alta Temperatura da 32 metri e 1650°C
Other Videos
November 14, 2025
Stagli di silicio molibdeno ad anello 00:09

Stagli di silicio molibdeno ad anello
Elementi riscaldanti
July 17, 2025
Elementi riscaldanti Mosi2 00:13

Elementi riscaldanti Mosi2
Elementi riscaldanti
May 13, 2025