Forming method of integral wallboard

Abstract

The invention discloses a forming method of an integral wallboard. The forming method comprises the steps of step 1, arranging a supporting mold, and forming the outer contour of a wall body; step 2,embedding an air belt from the bottom of the supporting mold, and inflating the air belt by utilizing an air pump; step 3, pouring cement mortar; step 4, waiting for solidification of the cement mortar; and step 5, deflating the air belt, and dismounting the mold. By means of the forming method, the integral wallboard can be manufactured, unit wall bodies do not need to be used for splicing, and therefore, cracks occurring between seams of the unit wall bodies are greatly reduced; the integral wallboard manufactured through the forming method is more stable, simpler and more convenient to form, and meanwhile, a large number of punching and splicing processes are reduced, so a large amount of time and labor can be saved; and the forming method can be specifically implemented according to terrain and space of a site, higher applicability is achieved, the embarrassing situation that the unit wall bodies need to be cut is avoided, and the working efficiency is indirectly improved.

Description

technical field [0001] The invention belongs to the technical field of integral wallboards, in particular to a forming method of the integral wallboards. Background technique [0002] The interior walls divide the interior into various spaces or rooms with different usage requirements. The interior walls arranged along the short axis of the building are called horizontal interior walls, and the interior walls arranged along the long axis are called longitudinal interior walls. A non-load-bearing interior wall is called a partition wall. According to the building grade and different use functions, select the wall material, thickness and construction method to achieve a certain sound insulation, durability and load-bearing capacity. For interior walls with special requirements such as sound absorption, reflection, sound and light absorption, and art, the corresponding structure can be processed through the wall. In the current structure of the interior wall, it is mostly comp...

AI Technical Summary

Problems solved by technology

For interior walls with special requirements such as sound absorption, reflection, sound and light absorption, and art, the corresponding structure can be processed through the wall. In the current structure of the interior wall, it is mostly composed of multiple unit walls spliced ​​together, but this Such walls often have very obvious disadvantages. Because the accumulated shrinkage value of the unit wall is greater than the tensile limit of the joint polymer material, the aggregation force between the unit walls is less than that of the ground, roof, wall, etc. on the wall. The cumulative binding force destroys the deformation tracking of the joint materials between the unit walls, so that vertical cracks appear at the joints of the unit walls. serious hindrance to development

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