Earthenware tile assembly, preparing die thereof, earthenware tile stone wall and heat insulation unit of earthenware tile assembly

Abstract

The invention relates to an earthenware tile assembly with a heat insulation effect for building exterior walls. The earthenware tile assembly comprises an earthenware tile block, heat insulation units and exterior decorative plates, wherein the earthenware tile block, the heat insulation units and the exterior decorative plates are quickly manufactured, assembled and directly prepared into the earthenware tile assembly by a special die or a preset assembly structure, and the earthenware tile assembly is provided with a main body, a heat insulation material and exterior decorative plates, such as ceramic tiles or stone materials. Various types of earthenware tile assemblies are stacked and firmly adhered according to a building design drawing, and are cast with concrete in the preset positions to form lintels, columns and closing openings. The earthenware tile assembly provided by the invention has the advantage that the building main body engineering and the decoration engineering can be fabricated in different areas and then directly stacked and built on site, and an earthenware tile stone wall which has a heat insulation function and higher structural strength and is provided with the exterior decoration plates is directly constructed, so the construction period is greatly shortened, the cost is reduced, the waste on materials is greatly reduced, and the state development goal of environment protection and energy saving is realized.

Description

technical field [0001] The invention relates to the field of building exterior walls, in particular to a prefabricated and assembled ceramic brick assembly, which is then stacked to form a ceramic brick stone wall. Background technique [0002] The construction method of traditional building exterior walls is quite cumbersome, resulting in long construction period and high cost. At the same time, due to the long construction period, it is easy to encounter weather such as rain or high temperature that is not suitable for construction during the construction period, which will further affect the progress and construction quality. Taking the exterior wall of a brick building as an example, it includes the main structural engineering and decoration engineering. The construction steps are roughly as follows: first lay the brick wall, tie the steel bars, build the formwork, pour the concrete, and remove the formwork, then plaster the wall, hang Decorative works such as tiles or ...

AI Technical Summary

Problems solved by technology

[0005] Therefore, the traditional construction method consumes a lot of energy and manpower. Not only is the cost high, it is not conducive to builders

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