A kind of preparation method of ceramic thickness grouting

Abstract

The invention relates to a ceramic fixed-thickness grouting production device and a manufacture method thereof. The device comprises a slurry inlet, a grouting component communicated with the slurry inlet, a slurry feeding component, an air supply component, a container and a control system. The grouting component is communicated with an inlet end of the container through a pipe, the bottom of the container is communicated with the grouting component through a pipe, the output end of the slurry feeding component is communicated with a slurry removal component and a plurality of plaster molds respectively, the plurality of the plaster molds are communicated with the air supply component through pipes, the output end of the slurry removal component is communicated with a slurry outlet, and the control system controls the grouting component, the slurry feeding component, the air supply component and the slurry removal component respectively. According to the ceramic fixed-thickness grouting production device and the manufacture method thereof, the blank thickness after grouting is controlled automatically, the thickness of the produced blank can be controlled within an error of + / - 1mm, the device is simple and convenient to operate, the labor manual operation is needless during grouting, quality requirements for workers are not high, and the device can be operated without experience.

Description

technical field [0001] The invention relates to the field of ceramic grouting, in particular to a method for preparing ceramic grouting with constant thickness. Background technique [0002] At present, ceramics are made by plaster mold grouting, which is affected by the humidity of the environment and the humidity of the plaster mold itself. The thickness of the produced ceramics is controlled by manual experience, and manual operations are required throughout the process, so that the thickness of the produced ceramics will vary. That's all, it can't meet the uniform thickness requirements required for mass production, and the authenticity rate of ceramics fired can't be guaranteed, and it's uneven. For example, toilets in sanitary ware, because the thickness cannot be guaranteed, the diameters of the pipes in the produced toilets are different, the large ones cannot meet the water-saving requirements, and the small ones have incomplete flushing and so on. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] At present, ceramics are made by plaster mold grouting, which is affected by the humidity of the environment and the humidity of the plaster mold itself. The thickness of the produced ceramics is controlled by manual experience, and manual operations are required throughout the process, so that the thickness of the produced ceramics will vary. That's all, it can't meet the uniform thickness requirements required for mass production, and the authenticity rate of ceramics fired can't be guaranteed, and it's uneven.

For example, the toilets in sanitary ware, because the thickness cannot be guaranteed, the diameters of the pipes in the produced toilets are different, the large ones cannot meet the water-saving requirements, and the small ones have incomplete flushing, etc.

Images