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Description

This silicon carbide rod provides a highly efficient radiant heating element engineered for demanding high-temperature industrial environments. Produced by sintering high-purity silicon carbide grains at extreme temperatures, it features a central hot zone paired with low-resistance cold ends to minimize energy loss near furnace walls. The element forms a protective surface silica film during initial operation, resisting further oxidation and maintaining steady performance up to high thermal thresholds. Its rigid structure resists bending and deformation during prolonged heating cycles, ensuring uniform temperature distribution throughout closed furnace chambers. Highly resistant to chemical degradation, this durable heating element maintains long-term reliability across continuous thermal processing operations.

Specifications

Key Attributes
Material CompositionHigh-Purity Recrystallized Silicon Carbide
Operating Temperature RangeUp to 1600 Degrees Celsius
Structural ProfileSolid Cylindrical Tubular Rod
Heating Zone ResistanceHigh Electrical Resistance Central Section
Terminal Ends ResistanceLow Resistance Cold Ends
Oxidation ResistanceProtective Surface Silica Film Coating
Power EfficiencyHigh Thermal Conductivity and Energy Output
Additional Information
Country of OriginIndia

Application

Generates intense thermal energy in industrial ceramic kilns for firing structural porcelain and advanced technical ceramics.

Heats high-temperature muffle and tube furnaces used in metallurgical research and material synthesis laboratories.

Melts and holds molten non-ferrous metals such as aluminum, brass, and bronze inside industrial foundry crucibles.

Sinks powder metallurgy components, tungsten alloys, and specialized electronic ceramics at extreme temperature levels.

Maintains uniform heat zones in glass annealing furnaces and precision glass-bending production equipment.

Company Profile

Sri Agathiya Scientific Works
Sri Agathiya Scientific Works, Tamil Nadu
TruBasic
6 yrs
Manufacturer
Frequently Asked Questions
1
What is a silicon carbide rod?

It is a non-metallic electric heating element made from high-purity recrystallized silicon carbide designed for high-temperature furnace applications.

2
What is the maximum operating temperature of a silicon carbide heating element?

It can operate efficiently at furnace temperatures up to 1600 degrees Celsius in neutral or oxidizing atmospheres.

3
Why do silicon carbide rods have cold ends at each side?

The cold ends have lower electrical resistance to prevent excessive heat buildup near terminal connections and furnace insulation walls.

4
How does the element protect itself against oxidation?

During heating, a protective silicon dioxide layer forms on the rod surface, shielding the interior material from further atmospheric degradation.

5
How should silicon carbide rods be installed inside a furnace?

They can be mounted either horizontally or vertically through pre-drilled furnace wall ports supported by ceramic insulators.

Silicon Carbide Rod

A silicon carbide rod is a high-temperature non-metallic electrical heating element manufactured from recrystallized synthetic silicon carbide. It converts electrical energy into intense radiant heat, making it an essential component for high-temperature industrial kilns, furnaces, and material processing units.

Min. Order Quantity: 1 piece

Shipping

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Sri Agathiya Scientific Works
TruBasic
Tamil Nadu, India
Manufacturer

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