1600C Ultra High Temperature Heating Elements U Shaped Silicon Carbide Rod

U-shaped silicon carbide rod

The U-shaped silicon carbide heating element, fabricated with silicon carbide as the core raw material, is a non-metallic high-temperature electrothermal element that has been widely applied in various high-temperature electric furnaces. It combines numerous advantages, such as excellent high temperature resistance, outstanding oxidation resistance, good corrosion resistance, rapid heating ability, and a long service life.
II. Explanation of Product Characteristics
Outstanding High Temperature Resistance Performance:
The silicon carbide heating element can maintain long-term stable operation under extremely high temperature conditions, with its maximum bearable temperature reaching approximately 1600℃. This powerful high temperature resistance enables it to stand out in the high-temperature industrial field.
The unique U-shaped design allows it to maximize the heating area within a limited space, significantly enhancing the heating efficiency and bringing higher benefits to industrial production.
Strong Oxidation Resistance:
When in a high-temperature state, a dense layer of silicon dioxide protective film will naturally form on the surface of the silicon carbide heating element. This protective film is like a solid shield, effectively preventing further erosion of its interior by oxygen, thereby greatly extending the service life of the silicon carbide heating element.
Rapid Heating Speed:
Since the resistance value of the silicon carbide heating element gradually increases with the rise of temperature, it can heat up at an extremely fast speed after being electrified. This characteristic not only saves heating time but also improves production efficiency.
Convenient Installation Method:
The special shape design of the U-shaped silicon carbide heating element makes its installation in various electric furnaces extremely simple. It can be flexibly arranged according to actual needs to meet the installation requirements of different industrial scenarios.

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