Ceramic curtain wall installation structure for super high-rise building and construction method

Abstract

The invention relates to a ceramic curtain wall installation structure for a super high-rise building and a construction method. The ceramic curtain wall installation structure for the super high-rise building comprises a vertical skeleton, wherein a ceramic plate provided with a cavity is fixed to the vertical skeleton in a through way. The structure is characterized in that a plurality of steel stranded wires penetrate through the cavity of the ceramic plate; and the steel stranded wires are fixed to the two sides of the vertical skeleton after penetrating through the cavity of the ceramic plate. The construction method of the structure is that before the ceramic plates are installed on the wall, a glass fiber cloth is additionally bonded to the back surface of the each ceramic plate first, so that the ceramic plates are still connected into a whole to prevent dispersing and falling after a possible crack appears; and after the ceramic plates are installed on the wall and are clamped with curtain wall structural components, the steel stranded wires penetrate through the cavity of each ceramic plate and are connected with the curtain wall structural components, so that the ceramic plates can be hung integrally after a possible fracture appears and can be prevented from falling. According to the construction method, the glass fiber cloth is bonded to the back surface of each ceramic plate, so that the ceramic plates are still connected into a whole to prevent dispersing and falling after the possible crack appears; in order to eliminate the situation that the ceramic plates can fall integrally after fracturing, the steel stranded wires penetrate through the cavity of each ceramic plate and are connected with the curtain wall structural components, so that the ceramic plates can be hung integrally after the possible fracture appears; and therefore, the ceramic plates is prevented from falling.

Description

technical field [0001] The invention relates to a clay curtain wall, in particular to a clay curtain wall installation structure for super high-rise buildings. [0002] structure and construction methods. Background technique [0003] Clay panels use natural pure clay as raw materials, and are man-made panels with considerable strength, hardness and surface precision formed through fine processing, extrusion molding with special equipment, drying, and high-temperature kiln firing. The ceramic panel curtain wall is a man-made panel curtain wall with ceramic panels used for building curtain walls as panels. [0004] Since the end of the last century, when China introduced and used German AGROB BUCHTAL clay panels for the first time, clay panels began to be used in China. With the completion of the ceramic panel project, it marks that the curtain wall industry has stepped up to a new level in the utilization of energy-saving materials. The advantages of the clay panel curtai...

AI Technical Summary

Problems solved by technology

[0006] However, as a new type of curtain wall, the current application of clay panel curtain wall cannot be effectively promoted due to the limitations of the following factors

[0007] (1) At present, there are no formal technical specifications and national or industry standards for clay panel curtain walls in China. The construction can refer to the current "Technical Code for Metal and Stone Curtain Wall Engineering" JGJ 133-2001, but there is no specification or standard for super high-rise buildings with a curtain wall height greater than 100 meters

[0008] (2) Although the clay plate is stronger than natural stone, it is a brittle material like natural stone. Its impact resistance is weak, and it may break accidentally during use. Hidden danger of falling due to fragmentation (such as collision with hard objects when cleaning the curtain wall, etc.)

Although the technical indicators meet the requirements in theory, due to the discrete nature of the manufacturing and installation process, according to the observation and analysis of the destructive experiment, it is known that the clay plate will appear two failure models that may break and fall and may break and fall. One is The clay plate breaks into two to three sections and then falls due to loss of support; the second is that it breaks into small pieces at the edge and falls directly

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