Light anti-seismic partition plate with integrated architectural surface and wall body and manufacturing method thereof

Abstract

The invention provides a light anti-seismic partition plate with integrated architectural surface and wall body and a manufacturing method thereof. The partition plate comprises a frame mold, an inner mold, a filling layer, a daub mortar bonding layer and an architectural surface, wherein the frame mold is a clip-shaped side frame, the upper surface and the lower surface of the frame mold are connected with the inner mold, the inner mold is formed by two stress screens, one stress screen is coated and connected with a thick-hole screen, the filling layer is cast between the two stress screens, the outer side surfaces of the two stress screens are connected with architectural surface through daub mortar bonding layer, the architectural surface covers the frame mold, the daub mortar of the daub mortar bonding layer passes through the stress screens to be adhered together with the filling layer, so that the architectural surface, the daub mortar bonding layer, the filling layer, the inner mold and the frame mold are connected integrally. The partition plate is light and high in strength, cannot crack easily, has the effects of fireproofness, sound insulation, heat insulation, heat preservation, is simple to make, is convenient to install, does not need to be subjected to scraping, surface decoration and other work, so that the construction progress of a building is greatly shortened.

Description

technical field [0001] The invention relates to a building material, in particular to a lightweight anti-seismic partition wall board in which a decorative surface layer and a wall body are integrated. Background technique [0002] At present, the country is strictly "no sticking" (no clay bricks) and "no solid" (no solid bricks). And vigorously encourage, support, develop and promote various new wall materials that are environmentally friendly and energy-saving. After the "no sticking" and "no solid", currently used hollow bricks, foam cement mortar blocks, etc., because they are brittle materials that do not absorb water, due to the different shrinkage rates between materials, there are plaster layers and blocks. It is easy to produce defects such as empty shells and cracks. Moreover, the construction progress of ordinary walls is slow, and workers have to carry out heavy bricklaying, building blocks, plastering work, and decorative surfaces. The walls are heavy, the lab...

AI Technical Summary

Problems solved by technology

After the "no sticking" and "no solid", currently used hollow bricks, foamed cement mortar blocks, etc., because they are brittle materials that do not absorb water, due to the different shrinkage rates between materials, there are plaster layers and blocks. It is easy to produce defects such as empty shells and cracks

Moreover, the construction progress of ordinary walls is slow, and workers have to carry out heavy bricklaying, building blocks, plastering work, and decorative surfaces. The walls are heavy, the labor efficiency is low, the labor intensity is high, and the labor cost is high. rapid construction

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