Production device and production method for all-ceramic hexagonal hole composite packing

Abstract

The invention discloses a production device and method for all-ceramic hexagonal hole combined packing. The production device comprises an extruder, a rotating disc and a loading assembly; the loadingassembly comprises a worm and a forming sleeve; and a worm wheel is formed on the forming sleeve, an intermittent rotating mechanism is arranged on the lower portion of the rotating disc, an arc-shaped table is arranged outside the rotating disc, and hole forming assemblies are arranged on the arc-shaped table. The production method comprises the following steps that a packing body is inserted into the forming sleeve, and the packing body is cut off through a cut-off tool; the rotating disc rotates intermittently and sequentially passes through all the hole forming assemblies on the arc-shaped table; when the packing body encounters each hole forming assembly, the forming sleeve rotates, a set of through holes of the packing body is formed through the hole forming assemblies, and in the circulating mode, the multiple sets of through holes in the packing body are formed; and then the packing body falls onto a conveying belt, and the whole production process is completed. According to the production device and method, automatic forming machining of the all-ceramic hexagonal hole combined packing is achieved, and the manufacturing efficiency of the all-ceramic hexagonal hole combinedpacking is improved.

Description

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

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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