Adjustable glaze spraying device for ceramic product production

Abstract

The invention discloses an adjustable glaze spraying device for ceramic product production, and belongs to the technical field of ceramic production equipment. The device is technically characterized by comprising a liquid storage groove; an installation cylinder is arranged above the liquid storage groove, a plurality of first nozzles are distributed on the side wall of the installation cylinder in the vertical direction, a fixing base is arranged on the upper side of the installation cylinder, a plurality of second nozzles are distributed on the fixing base, and the first and second nozzles are matched to spray glaze on the inner wall of a blank; the first and second nozzles are communicated and connected with a glaze spraying pump arranged on the outer side of the liquid storage groove through a pipeline, and the liquid inlet end of the glaze spraying pump stretches into the liquid storage groove; an adjustable collecting mechanism is arranged between the installation cylinder and the liquid storage groove, a rubber scraper plate is arranged on the outer wall of the installation cylinder in the vertical direction, and a plurality of connecting lines are distributed at the close end, away from the installation cylinder, of the rubber scraper plate in the vertical direction at intervals. The adjustable glaze spraying device for ceramic product production is convenient to use and good in effect and can be used for glazing the blank.

Description

technical field [0001] The present invention relates to a glaze spraying equipment, and more specifically relates to an adjustable glaze spraying equipment for the production of ceramic products. Background technique [0002] In the process of making ceramics, glazing is an indispensable process. The quality of ceramic products not only depends on a series of technologies such as raw material selection, molding processing, and firing technology of shaped blanks, but also depends on ceramic blanks. glazing technology. [0003] The production of the existing open ceramic blanks has basically realized the automation of the entire process of the assembly line, and the glazing process generally adopts manual glazing. Manual glazing includes two ways: manual dipping and manual spraying. Manual dipping glaze has a large glaze thickness, and the oil material falls down after the ceramic blank is hoisted, causing the phenomenon of hanging glaze, which makes the blank glaze uneven a...

AI Technical Summary

Problems solved by technology

Manual dipping glaze has a large glaze thickness, and the oil material falls down after the ceramic blank is hoisted, causing the phenomenon of hanging glaze, which makes the blank glaze uneven and has color difference; manual spraying glaze adopts the method of manual spraying glaze, it is difficult to ensure that the blanks are uniform. The parts are evenly glazed, requiring workers to have high operating experience, the workload of the workers is heavy, and the production speed is slow

During the glazing process, a large amount of liquid or water mist glaze is randomly discharged, which wastes the glaze and easily causes serious environmental pollution

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