Method of manufacturing hollow plastering layer from drainage plate and plastic fishing net

Abstract

The invention discloses a method of manufacturing a hollow plastering layer from a drainage plate and a plastic fishing net and relates to indoor wall plastering of a building, in particular to hollowplastering on the drainage plate. In conventional plastering and terrace construction, in order to prevent crazing, a steel wire gauze or alkali-resisting fiber screen cloth is placed. A small fishing net woven by a plurality of strands of plastic wires is used, the meshes of the fishing net are 25-40 mm, the material is flexible and anti-aging, and the fishing net is formed by a weaving process,so that the meshes can deform and be stretched. The method comprises the following steps: first, fixing the plastic drainage plate of a fulcrum of an empty cup to a structural wall space by using a keel and an expansion bolt; then fixing the prismatic meshes which are strutted by the plastic wires to the keel; and then manufacturing a cement mortar plastering layer. By fixing the fishing net woven and formed by the plastic fibers which can be stretched to deform, the plastic drainage plate and the keel to a wall, the invention provides the hollow plastering construction method which can be simple to construct on the plastic drainage plate and reliable in quality.

Description

technical field [0001] The invention relates to the plastering of walls in building interiors, in particular to the hollow plastering on drainage boards. Background technique [0002] In traditional painting and floor construction, steel wire mesh or alkali-resistant fiber mesh is used to prevent cracking, but the inventor's patent application "Using flat ribbed drainage boards and keels to make a hollow painting layer" application number: 201710927153.4 Among them, it is proposed that the construction method of steel wire mesh should be canceled because the steel mesh blocks the mortar. And the traditional alkali-resistant mesh cloth can only be used as a post process of the painting process, and cannot be used as a pre process of the drainage board installation process. The main difference is: if the mesh needs to be placed in the middle of the traditional painting, it is necessary to do the base painting first, then put the mesh, and then do the second painting; while th...

AI Technical Summary

Problems solved by technology

The traditional alkali-resistant mesh can only be used as a post-process in the painting process, and cannot be used as a pre-process in the installation process of the drainage board.

The main difference is: if the mesh needs to be placed in the middle of the traditional painting, it is necessary to do the base painting first, then put the mesh, and then do the second painting; while the hollow painting on the drainage board is to install the fixed drainage board. At the same time, it is necessary to fix the mesh first, and then do the base painting and the second painting. The mesh will affect the bite and density of the base painting and the drainage board

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