Manufacturing method of light building wallboard

Abstract

The invention relates to a manufacturing method of a light building wallboard. The manufacturing method comprises the following steps that step A, a frame is constructed, specifically, a rear baffle is installed and connected between the rear end of a left frame and the rear end of the right frame, and the height of the rear baffle is equal to the height of the left frame and the right frame so asto block a wall space on the rear side; and step B, a blanking plate is poured, specifically, a plurality of front baffles are installed and connected between the front end of the left frame and thefront end of the right frame, the front baffles, the rear baffle, the left frame and the right frame are enclosed into a cavity, the bottoms of the front baffles are gradually packaged to the tops ofthe front baffles, light building foam materials are poured into the cavity when each front baffle is packaged, the next front baffle is packaged again when the light building foam materials are solidified and the light building foam materials are poured again, analogizing is carried out like this and the whole building wallboard is formed, the manufacturing technology is simple, the assembling efficiency is high, transportation, installation and assembly costs are reduced, the quality of the wallboard is guaranteed, and certain structural strength is achieved.

Description

Technical field: [0001] The invention relates to a manufacturing method of a lightweight building wallboard. Background technique: [0002] Assembled modular houses have been widely used in many fields. They have the characteristics of simple structure, easy assembly, and low cost. However, some modular houses can only solve various temporary or short-term housing needs at present. With the increase of urban population and the rapid development of people's material living standards, the demand for building wall panels has increased, resulting in production output that cannot meet the demand. In addition, the existing building wall panels are manufactured in processing factories and then transported to Assembly is carried out at the installation site. Due to the heavy weight of the formed building wall panels, hoisting machinery is required to assemble them. The transportation process may cause the building wall panels to be worn or broken, which will lead to increased transp...

AI Technical Summary

Problems solved by technology

With the increase of urban population and the rapid development of people's material living standards, the demand for building wall panels has increased, resulting in production output that cannot meet the demand. In addition, the existing building wall panels are manufactured in processing factories and then transported to Assembly is carried out at the installation site. Due to the heavy weight of the formed building wall panels, hoisting machinery is required to assemble them. The transportation process may cause the building wall panels to be worn or broken, which will lead to increased transportation costs, high installation and assembly costs, and poor quality. reduced, low assembly efficiency

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