Automatic sintering-free haydite production equipment

Abstract

The invention discloses an automatic production equipment for sintering-free ceramsite, which comprises an ash conveying system, a storage bin, a screw conveyor, a weighing device, an agitator, a bucket elevator, a buffer bin, a nucleating machine, a granulator, and a belt Machine and curing device, the feed end of the ash conveying system is equipped with a negative pressure extraction pipe for extracting old sand reclaimed ash and foundry waste ash. The foundry waste ash refers to the waste ash from the working site collected by the dust removal system in the foundry. Compared with the same type of equipment on the market at the present stage, the present invention has the advantages of high output, energy saving, low investment cost and pressure, and high economic benefits; at the same time, due to the high degree of automation of the equipment, fewer equipment personnel are required, and the maintenance and Management is also more convenient and quick.

Description

technical field [0001] The invention relates to the technical field of ceramsite production, in particular to an automatic production equipment for non-sintering ceramsite. Background technique [0002] Traditional ceramsite production equipment is divided into main equipment and auxiliary equipment. The main equipment mainly includes raw material storage bins, dust suppression chambers, induced draft fans, granulators, main kiln bodies, coal injection systems, control cabinets, etc. The auxiliary equipment includes crushers, Screening machine, feeding machine, discharging machine, conveyor belt, etc. The materials are crushed, screened, and transported to the granulation equipment by auxiliary equipment. After being cured, the prepared particles enter the rotary kiln for sintering and expansion. After the ceramsite firing is completed, they enter the cooling device and finally go to the finished product warehouse. [0003] The process of this ceramsite production equipment...

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Problems solved by technology

[0003] The process of this ceramsite production equipment is cumbersome, and it needs to go through various processes such as dehydration, drying, grinding, granulation, roasting, high temperature curing, etc., resulting in low production efficiency and long production cycle; too many production processes will also lead to redundancy production equipment, which will lead to an increase in investment in equipment construction, increase the power consumption, heat consumption and labor force of ceramsite production, increase the production cost of ceramsite, and affect the market competitiveness of enterprises; at the same time, due to the limitations of equipment , leading to secondary pollution in the production process of ceramsite, which seriously damages the ecology and environment

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