Production device and production method for all-ceramic six-rowed hole combination filler

Abstract

The invention discloses a production device and a production method for an all-ceramic six-rowed hole combination filler, wherein the device comprises an extruder, a rotary table and a material carrying component; the material carrying component comprises a worm and a formation sleeve; the formation sleeve is formed with a turbine; an intermittent rotation mechanism is arranged below the rotary table; the outer part of the rotary table is provided with an arch-shaped table; and the arch-shaped table is provided with hole forming components. The production method comprises the following steps that a filler body is inserted into the formation sleeve, and a cutter cuts the filler body; the rotary table intermittently rotates and sequentially passes through various hole forming components on the arch-shaped table, when the rotary table encounters each hole forming component, the formation sleeve rotates, and the hole forming component performs formation of a group of through holes on the filler body, so that with such circulation, formation of multipole groups of the through holes on the filler body is realized; and then the filler body falls onto a conveyor belt, and the whole production process is finished. The production device and the production method provided by the invention realize automatic formation processing of the all-ceramic six-rowed hole combination filler and improve the all-ceramic six-rowed hole combination filler preparation efficiency.

Description

technical field [0001] The invention relates to the field of chemical fillers, in particular to a production device and a production method for all-ceramic hexagonal hole composite fillers. Background technique [0002] Combination ring packing is widely used in petroleum, coking, power generation, chemical fertilizer, synthetic ammonia and other coal chemical fine chemical industries, in the desulfurization, washing, debenzene, denamination, ammonia distillation, rectification, absorption drying, reaction synthesis extraction, etc. in gas purification. It is used as filler in chemical process, and is widely used as cold water filler in various shower towers. All-ceramic hexagonal hole composite packing has the advantages of acid resistance, alkali resistance, organic solvent resistance, high temperature resistance, good thermal stability, strong compression resistance and high bending resistance. [0003] The existing all-ceramic hexagonal hole composite packing includes a...

AI Technical Summary

Problems solved by technology

The production method of the all-ceramic hexagonal composite filler is to mix mud and water in a certain proportion, install a mold with a specific shape on the ceramic extruder, and extrude the filler body with the ceramic extruder, and then use artificial Place the filler body in the hole-forming mold, and a through hole is opened on the hole-forming mold at the through hole of the all-ceramic hexagonal hole composite filler. The through holes on the composite packing are processed and formed. Since the through holes on the all-ceramic hexagonal hole composite filler cannot be directly extruded by a ceramic extruder, the processing and forming process of the through hole is relatively cumbersome. The problem of low processing efficiency

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