Large all-aluminum structure open aluminum plate curtain wall system and installation process thereof

Abstract

The invention relates to a large all-aluminum structure open aluminum plate curtain wall system. The large all-aluminum structure open aluminum plate curtain wall system comprises a first aluminum alloy stand column, first L-shaped angle aluminum, a second aluminum alloy stand column, second L-shaped angle aluminum, third L-shaped angle aluminum, fourth L-shaped angle aluminum, fifth L-shaped angle aluminum, a first curtain wall male stand column, a first clamping piece, a second clamping piece, a first curtain wall female stand column, a second curtain wall male stand column, a perforated aluminum plate and a second curtain wall female stand column, wherein the first aluminum alloy stand column, the first L-shaped angle aluminum, the second aluminum alloy stand column, the second L-shaped angle aluminum, the third L-shaped angle aluminum and the fourth L-shaped angle aluminum are fixedly connected in sequence. The large all-aluminum structure open aluminum plate curtain wall system has the advantages of being high in structure, low in weight, capable of being produced in an assembled mode, convenient to install, capable of being hoisted integrally, capable of improving corrosion resistance and weather resistance, environmentally friendly, free of maintenance in the later period and the like.

Description

technical field [0001] The invention relates to the technical field of unitized aluminum panel curtain walls, in particular to an open aluminum panel curtain wall system with a complete aluminum structure. Background technique [0002] At present, architecture is no longer a livable object. Architecture has become a symbol and memory of a city. Complex architecture is also a booster for technological development. How to solve some special requirements of architecture, then the new curtain wall system is It will be bred and born to meet the architect's extreme requirements for architecture. [0003] The development direction of modern architecture will become more and more complex. Architects are increasingly turning to using lines to enrich building facades to achieve architectural effects. Traditional large lines are realized with steel keels and aluminum panels. The panels and keels Separate calculation of the force, that is, the traditional split installation method, has...

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Problems solved by technology

[0003] The development direction of modern architecture will become more and more complex. Architects are increasingly turning to using lines to enrich building facades to achieve architectural effects. Traditional large lines are realized with steel keels and aluminum panels. The panels and keels Separate calculation of the force, that is, the traditional split installation method, has the following disadvantages: first, the weight of the lines is very large, which is a relatively large load factor for the attached curtain wall system; second, the weight of the lines Installation is very difficult. It is difficult to weld the keel at high altitude and install the aluminum plate panel, which cannot be assembled; third, the weather resistance of the steel keel is poor, it is easy to rust, the later maintenance cost is very expensive, and there are safety hazards

At present, the galvanized steel keel is basically used in the market to connect, and the aluminum plate and the galvanized steel keel are separately stressed, which requires a large number of steel keels, increases the weight of the decorative line, and has a certain adverse effect on the keel of the unit curtain wall. At the same time, the galvanized steel keel The corrosion resistance is poor, the weather resistance time is short, the welding and drilling positions are easy to rust, and the rust water is easy to flow for a long time, and there may even be safety hazards

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