Silcarb has successfully completed the installation of a high-temperature sintering furnace designed for zirconia inserts, engineered to operate at temperatures up to 1800°C. The furnace features a double door configuration, allowing loading and unloading from both ends of the chamber for improved operational efficiency and easier material handling.
Sintering furnaces operating at such elevated temperatures are widely used in advanced ceramics manufacturing, particularly for materials like zirconia that require precise high-temperature processing to achieve their final mechanical and structural properties.
Silcarb has just finished installing a sintering furnace for zirconia inserts. The furnace has a double door for ease of loading i.e. loading and unloading from two ends.
The furnace is manufactured using ultra lightweight refractory thereby reducing both the energy consumed for sintering and also reducing the surface load on the heaters.
The expected life of these MoSi₂ heaters manufactured by Silcarb is in excess of three years of continuous operation.
The furnace is rated for 1800 degrees C and operating every cycle at 1750 degrees C with a soaking time of 12 hours at these elevated temperatures. Owing to the ultra lightweight refractory a very high ramp up is possible when required.
Inner chamber of the double door furnace
Zirconia is a high-performance ceramic material known for its exceptional strength, thermal resistance, and wear resistance. To achieve these properties, zirconia components must undergo sintering at extremely high temperatures.
During sintering, the ceramic material is heated to temperatures close to its melting point, allowing particles to bond together and form a dense, durable structure.
Applications of zirconia inserts include:
High temperature sintering furnaces are essential to ensure consistent microstructure and mechanical performance of zirconia components.
The double door configuration allows materials to be loaded and unloaded from either side of the furnace chamber. This design improves operational flexibility and reduces handling time, particularly in production environments where large batches of components are processed.
Advantages include:
Such furnace designs are often used in facilities where continuous production cycles are required.
The furnace is built using ultra lightweight refractory insulation materials, which significantly reduce thermal mass and improve energy efficiency.
Benefits of lightweight refractory systems include:
These advantages help reduce operating costs while maintaining reliable furnace performance.
The furnace uses MoSi₂ heating elements manufactured by Silcarb, designed for continuous operation in high temperature environments.
These heating elements offer:
The expected service life of these heating elements exceeds three years of continuous operation under normal working conditions.
Silcarb designs and manufactures a wide range of high temperature furnace systems for advanced materials processing, including:
Each system is engineered to deliver high thermal efficiency, reliable operation, and long service life in demanding industrial applications.
Silcarb is an Indian manufacturer specializing in industrial furnaces, silicon carbide heating elements, MoSi₂ heating elements, kiln furniture, advanced technical ceramics, and wear-resistant ceramic components. With decades of expertise in high-temperature engineering, Silcarb supplies furnace systems and ceramic materials to industries including ceramics, metallurgy, aluminium processing, aerospace, defence, and advanced materials manufacturing.
