Both Ends Open Tubes with Sillimanite, Mullite and Alumina base are specially used for supporting heating coils in high temperature applications.

Key features are:

Grades - 52% Alumina (KC-52), 60% Alumina (KC-60),
80% Alumina (KC-80), 90% Alumina (KC-90)
Sizes - Outer Diameter ranging from 10mm to 250mm.
Length - upto 1500mm. and upto 1600mm on request.

Which possesses following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.

Our compressive range includes various forms of heater discs capable of supporting various diameter radiant heaters elements.

Kilncera, offer various standard sizes of rectangular muffle and tile sets specially designed for construction of laboratory furnaces.

Kilncera, believes in constructing and developing new customized shapes as per customer design after understanding the need of that particular application. Thus new designs are always encouraged and manufactured as per customer's request.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.

KC-SiC has following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.
High Thermal Conductivity.
Erosion and Abrasion resistance.
Inert to chemicals.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.

KC-SiC has following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.
High Thermal Conductivity.
Erosion and Abrasion resistance.
Inert to chemicals.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.

Both Ends Open Tubes with Sillimanite, Mullite and Alumina base are specially used for supporting heating coils in high temperature applications.

Key features are:

Grades - 52% Alumina (KC-52), 60% Alumina (KC-60),
80% Alumina (KC-80), 90% Alumina (KC-90)
Sizes - Outer Diameter ranging from 10mm to 250mm.
Length - upto 1500mm. and upto 1600mm on request.

Which possesses following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.

Our compressive range includes various forms of heater discs capable of supporting various diameter radiant heaters elements.

Kilncera, offer various standard sizes of rectangular muffle and tile sets specially designed for construction of laboratory furnaces.

Kilncera, believes in constructing and developing new customized shapes as per customer design after understanding the need of that particular application. Thus new designs are always encouraged and manufactured as per customer's request.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.

KC-SiC has following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.
High Thermal Conductivity.
Erosion and Abrasion resistance.
Inert to chemicals.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.

KC-SiC has following Characteristic:

Good Mechanical Strength.
High Electrical Resistance.
Good Thermal Shock Resistance.
Good Creep Resistance.
High Thermal Conductivity.
Erosion and Abrasion resistance.
Inert to chemicals.

Silicon Carbide Refractories are produced from fused silicon carbide grains. Where this synthetic material is produced by fusing silica with carbon in high temperature electric furnace. They have very high thermal conductivity in comparison to that of alumina based refractories, it also possesses good corrosion and thermal shock resistance. They can also withstand flame erosion and slag attack. This inherent characteristics of the Silicon Carbide material makes it fall under the category of advance refractories.