Brick cutter for cement rotary kiln firebrick

Abstract

The invention discloses a brick cutter for a cement rotary kiln firebrick. The brick cutter for the cement rotary kiln firebrick comprises a motor and an abrasive cutting wheel, and is characterized in that a brick body cutting support bench is arranged on the lower part of the abrasive cutting wheel; a brick body fixing bench is arranged in the brick body cutting support bench; a brick body clamping structure is arranged on the upper part of the brick body fixing bench; a dust collector is arranged between the abrasive cutting wheel and the brick body cutting support bench; a dust exhaust pipeline is also arranged in the brick body cutting support bench. The brick cutter for the cement rotary kiln firebrick has the beneficial effects that the weight of the brick cutter is only 200 kg, and the brick cutter is more convenient to transport; the operation is convenient, the workload of transporting the firebricks back and forth is reduced, the labor cost is reduced, and the processing quality can meet the masonry requirement as the clamping device is adopted; the quantity of dust is greatly reduced due to the dust collector, and the health of operators is protected from being harmed.

Description

technical field [0001] The invention relates to a cement rotary kiln processing equipment, in particular to a brick cutter suitable for refractory bricks of the cement rotary kiln. Background technique [0002] At present, the main function of the rotary kiln refractory brick is to protect the kiln shell from the damage of high-temperature gas and high-temperature materials, and to ensure the normal production. During the clinker calcination process, because the gas temperature in the kiln is much higher than the material temperature, every time the kiln rotates, the surface of the kiln lining is subject to periodic thermal shocks, and the temperature range is 150°C to 250°C. Thermal stress occurs within the 20mm surface range. The kiln lining also bears the alternating radial and axial mechanical stress of the brick masonry due to the rotation of the kiln, as well as the erosion and wear of the calcined materials. Due to the simultaneous production of silicate melt, i...

AI Technical Summary

Problems solved by technology

[0003] The traditional brick cutting machine is imported from Germany. The equipment is relatively large, weighing up to 5 tons, and requires a special machine room, which is inconvenient for consignment;

[0004] The traditional brick cutting machine is placed in a special machine room, and the refractory bricks need to be transported back and forth during the processing process, which is labor-intensive and time-consuming. In addition, the traditional brick cutting machine has a lot of dust during processing, which is a potential hazard to the operator's body

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