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Brief introduction & Application:
Ceramic lining brick is one type of brick that is specially designed to make it easier to line the inside of a machine or pipeline with ceramic material. These bricks are used to protect equipment from abrasion, impact, and corrosion, and are often used in industries such as mining, chemical processing, etc.
Ceramic lining brick comes in different shapes and sizes to fit the unique needs of each application. They are made from high-quality alumina powder and can withstand extreme temperatures and harsh chemicals. Some of the benefits of using ceramic lining brick include improved efficiency, longer machine life, and reduced maintenance costs.
Application fields as below:
Ceramics, mines and other grinding equipment lining
Material transfer equipment,
Inside and outside surface of powder separating equipment on iron and steel works
Thermal and power plants
Coals and cements industries,etc.
Technical data:
Item | Result |
Al2O3 | 92 % |
Hardness | 9 Mohs |
Density | 3.60 g/cm3 |
Packing:
Package Details | Type | carton with pallet |
Pallet size | 1m x 1m x 0.1m (pallet size) | |
Weight | 1000-1300kg per pallet 25-27 tons load in 1X 20'FCL 20 packages/20'FCL | |
Delivery time | Usually within two weeks after confirm the order. | |
Processing:
How to install 92% alumina lining bricks?
Ceramic alumina lining bricks are used for ball mill installation. The lower wear rate and stronger impact resistance will increase the service life of the ball mill.
Before installing, remove all the remaining pieces of the previously installed bricks and cement from the internal surface of ball mill. Roughen smooth surface and fix damaged iron shell with electric welding tool.
The installation gap should be within 1mm, using 425# white cement and 107# glue as combining glue.
Installation begins from side walls. Side wall will be installed with rectangle bricks totally. Then come to the cylinder installation. Use rectangle bricks and ladder type bricks in pairs. One rectangle brick following with one ladder type brick to ensure the bricks stick to the inner wall of ball mill closely. Until the last bit, if the regular size of bricks can not be fit in, use thin blocks. After finishing installation, clean up the surface.
To ensure the cement perform the maximum cohesion and intensity, spry water on the surface in the first two days. Then fill up the ball mill with water for 10 days.
Brief introduction & Application:
Ceramic lining brick is one type of brick that is specially designed to make it easier to line the inside of a machine or pipeline with ceramic material. These bricks are used to protect equipment from abrasion, impact, and corrosion, and are often used in industries such as mining, chemical processing, etc.
Ceramic lining brick comes in different shapes and sizes to fit the unique needs of each application. They are made from high-quality alumina powder and can withstand extreme temperatures and harsh chemicals. Some of the benefits of using ceramic lining brick include improved efficiency, longer machine life, and reduced maintenance costs.
Application fields as below:
Ceramics, mines and other grinding equipment lining
Material transfer equipment,
Inside and outside surface of powder separating equipment on iron and steel works
Thermal and power plants
Coals and cements industries,etc.
Technical data:
Item | Result |
Al2O3 | 92 % |
Hardness | 9 Mohs |
Density | 3.60 g/cm3 |
Packing:
Package Details | Type | carton with pallet |
Pallet size | 1m x 1m x 0.1m (pallet size) | |
Weight | 1000-1300kg per pallet 25-27 tons load in 1X 20'FCL 20 packages/20'FCL | |
Delivery time | Usually within two weeks after confirm the order. | |
Processing:
How to install 92% alumina lining bricks?
Ceramic alumina lining bricks are used for ball mill installation. The lower wear rate and stronger impact resistance will increase the service life of the ball mill.
Before installing, remove all the remaining pieces of the previously installed bricks and cement from the internal surface of ball mill. Roughen smooth surface and fix damaged iron shell with electric welding tool.
The installation gap should be within 1mm, using 425# white cement and 107# glue as combining glue.
Installation begins from side walls. Side wall will be installed with rectangle bricks totally. Then come to the cylinder installation. Use rectangle bricks and ladder type bricks in pairs. One rectangle brick following with one ladder type brick to ensure the bricks stick to the inner wall of ball mill closely. Until the last bit, if the regular size of bricks can not be fit in, use thin blocks. After finishing installation, clean up the surface.
To ensure the cement perform the maximum cohesion and intensity, spry water on the surface in the first two days. Then fill up the ball mill with water for 10 days.
