Shaped refractories
Shaped refractories mainly refer about refractory bricks.These are made of various materials and in assorted shapes. Each type is intended for a specific use to suit the application and conditions where it will function.Our company also deals with functional refractory materials, so please feel free to contact us for inquiries.
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Pyrophyllite bricks
Phyrophyllite bricks are the refractory bricks which are made of pyrophyllite as the main raw materials and are used in the manufacture of ladles, and the like. -
Clay bricks
The main raw materials of clay bricks are the raw materials which have a chemical composition similar to refractory clay. -
High alumina bricks
The main component of high alumina bricks is alumina. They are mainly used for making ladles. -
Mag Carbon bricks
Mag Carbon bricks are produced by blending graphite with magnesia clinker. They are mainly used in the manufacture of electric furnaces, converters, and in making ladles. -
Mag Chrome bricks
Mag Chrome bricks are refractory bricks with a chemical composition of MgO (50% or more), which are made using a mixture of magnesia clinker and chrome ore. They are used in Cement Rotary Kiln, AOD furnaces, VOD ladles, RH furnace, etc. -
Almina Magnesia Carbon Bricks
Almina Magnesia Carbon Bricks are refractory bricks made by mixing graphite and alumina with magnesia clinker; used for making ladles. -
Alumina Silicon Carbide Carbon Bricks
Alumina silicon carbide carbon bricks are refractory bricks which's main raw materials are alumina, silicon carbide and carbon.
These are chiefly used for blast furnaces and torpedo cars.
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Magnesia brick
Magnesia bricks are refractory bricks made mainly from magnesia clinker. These are used for permanent linings of converter furnaces, etc. -
Sliding Plate
Refractory materials employed for regulating the flow of molten steel in ladles and ladle furnaces. They are predominantly composed of alumina and carbon materials. -
Upper Nozzle, Lower Nozzle
Refractory materials employed for regulating the flow of molten steel in ladles and ladle furnaces. They are predominantly composed of alumina and carbon materials.
