Combined production process of ceramic plates

Abstract

The invention relates to a combined production process of ceramic plates. The combined production process comprises the following steps of: proportioning materials by an agitator, adding water to blend, then carrying out vacuum extruding and molding through an extruder, carrying out drying treatment for the materials after extruding, sintering the ceramic plates with rectangular fractures through a roller kiln after drying for a period of time, molding two or more ceramic plates with same specification by an extruder when the ceramic plates are extruded and molded, connecting two or more ceramic plates with same specification to form combined ceramic, and finally separately forming a single ceramic plate after drying or sintering. Two or more combined ceramic plates with same specification are molded at the same time when the ceramic plates are extruded and molded; a single product is separately formed after being dried or sintered, and production efficiency of the ceramic plates can be improved in multiples. Meanwhile, quality of the ceramic plates is improved, particularly edge straightness of the ceramic plates, production cost and project construction cost are reduced, and the combined production process has a better economic benefit.

Description

technical field [0001] The invention relates to a production process of a ceramic plate, in particular to a production process of a conjoined ceramic plate. Background technique [0002] In the common extruded ceramic plate production process on the market, one forming machine only extrudes single ceramic plates at the same time, and the production efficiency is low, especially when producing small-width ceramic plates, not only the production efficiency is low, but also the quality is difficult to control. Because the ordinary processing method only extrudes the monolithic ceramic plate, it wastes time. The most important thing is that in the production process, the monolithic ceramic plate needs to be integrally formed with corners, because the corners have special shapes, so In the one-piece molding, the corners are easily damaged or collapsed, and it is difficult to control the integrity of the single ceramic plate, and the conjoined molding solves this problem. Conten...

AI Technical Summary

Problems solved by technology

[0002] In the production process of ordinary extruded ceramic plates on the market, one forming machine only extrudes single ceramic plates at the same time, and the production efficiency is low, especially when producing small-width ceramic plates, not only the production efficiency is low, but also the quality is difficult to control

Because the ordinary processing method only extrudes the monolithic ceramic plate, it wastes time. The most important thing is that in the production process, the monolithic ceramic plate needs to be integrally formed with corners, because the corners have special shapes, so In one-piece molding, the corners are easily damaged or collapsed, and it is difficult to control the integrity of the monolithic ceramic plate, and the conjoined molding solves this problem