Method for Forming Cement Decorative Board Using Laminated Form Box and Steel Wire Mesh Separation Arrangement

Abstract

The invention belongs to a method for forming a cement decorative board by separately arranging a superimposed mold box and a steel wire mesh. The steel wire mesh of the cement decorative plate is cut and separated into an outer mesh and an inner mesh. The outer mesh is set around the cement decorative plate, and the four sides extend out of the cement decorative plate to an appropriate width, and the inner mesh is set in the middle of the cement decorative plate. The forming mold box is composed of a mobile mold box and a molding machine mold box. When forming, the molding machine mold box is superimposed on the plastic mold box of the mobile mold box, and the exposed part of the outer mesh is sandwiched by the sponge rubber of the molding machine mold box. Between the strip and the upper edge of the plastic mold box, the inner mesh is placed on the fabric. The method adopted in the present invention can accurately fix the positions of the outer mesh sheet and the inner mesh sheet of the steel wire mesh during molding, and can solve the problem of cracking the vibrated and compacted cement mixture by rebounding after the steel mesh is formed; in addition, the sponge rubber strip It can close the outer mesh and the gap formed between the mobile mold box and the molding machine mold box due to vibration, and avoid burrs.

Description

technical field [0001] The invention belongs to a method for forming a cement decorative board by separately arranging a superimposed mold box and a steel wire mesh. Background technique [0002] The application number is 201210443782.7, and the patent application document titled "Method for Integrating Thermal Insulation and Decoration of the External Thermal Insulation System of Small Prefabricated Thermal Prefabricated Panels" describes the thermal insulation prefabricated panel. The outer surface of the net is prefabricated with three-dimensional decorative patterns, which are connected to the wall by dry hanging. The production and molding of this kind of board is somewhat similar to that of concrete floor tiles. They all adopt the molding process of dry and hard mixture and vibration pressure, but the structure of this kind of board is much more complicated than that of concrete floor tiles, and the four sides of the board are reserved with steel mesh lap joints. Ther...

AI Technical Summary

Problems solved by technology

The production and molding of this kind of board is somewhat similar to that of concrete floor tiles. They all adopt the molding process of dry and hard mixture and vibration pressure, but the structure of this kind of board is much more complicated than that of concrete floor tiles, and the four sides of the board are reserved with steel mesh lap joints. Therefore, the production and molding of this kind of board needs to adopt special mold box and steel wire mesh layout method

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