This is a UX-type silicon carbide heating element, a high-temperature electric heating element with a special structure and single-ended lead wires, primarily used in high-temperature equipment with limited installation space.
Reliable silicon carbide heating elements for industrial furnaces
| Model: UX |
| Diameter: OD |
| Heating element length: HZ |
| Cold end length: CZ |
| Total length: OL |
| Maximum operating temperature: 1520 degrees Celsius |
Structure and Features:
• Structure: Adopting a single-ended design, the cold end is integrated into one end of the rod, with two braided wires extending from a metal connector as the terminals. The other end is the sealed heating section, and the entire rod has a uniform diameter.
• Material: The main body is made of silicon carbide material, and the wires use high-temperature resistant metal braided wire, ensuring stable conductivity in high-temperature environments.
• Temperature Performance: The maximum operating temperature can reach 1520℃, enabling long-term stable operation in high-temperature environments.
Core Parameters:
• Heating Zone Length (HZ): The length of the heating section of the rod, which determines the heating power and heating range.
• Cold End Length (CZ): The length of the single-ended cold section, which integrates the wiring structure and prevents overheating of the terminals.
• Overall Length (OL): The total length of the heating section and the cold end.
• Diameter (OD): The uniform diameter of the entire rod, ensuring strong compatibility.
Applicable Scenarios:
It is particularly suitable for high-temperature kilns installed from one side of the furnace wall, small experimental electric furnaces, and heating equipment requiring single-sided wiring. It is commonly used in applications such as ceramic and electronic material sintering.
Please leave your contact information, and we will provide you with the most suitable solution.
Our silicon carbide heating elements are optimized for stability, efficiency, and durability under continuous high-temperature working conditions.
