Environment-friendly fabricated energy-saving plate wall system

Abstract

The invention discloses an environment-friendly fabricated energy-saving plate wall system. The environment-friendly fabricated energy-saving plate wall system comprises a building curtain wall fabricated by a plurality of wall plates and a plurality of metal keels used for supporting the building curtain wall, a broken hot and cold bridge aluminum profile is fixed to each edge wall of the wall plates, a plurality of sets of fasteners are arranged between the broken hot and cold bridge aluminum profiles of the adjacent wall plates, mounting spaces used for fabricating the metal keels are formed between the adjacent broken hot and cold bridge aluminum profiles, and the adjacent broken hot and cold bridge aluminum profiles and the metal keels are mutually fastened through fasteners. By adopting a wall face formed by fabricating and assembling the multiple independent wall plates and the metal keels, each wall plate can be demounted independently, and thus the wall plate maintenance and replacement efficiency is greatly improved; and both an inner panel and an outer panel adopt an anti-falling reverse-fastening technology, thus the safety performance of the outer surface is greatly improved, the single wall plate is connected through the broken hot and cold bridge aluminum profile structures, the heat-insulation and energy saving effects are good, and meanwhile, good fire protection performance is achieved.

Description

technical field [0001] The invention relates to the field of building materials, in particular to a green prefabricated energy-saving panel wall system. Background technique [0002] In recent years, building energy-saving technology has become a hot research topic of global concern. Installing thermal insulation materials on the external walls of buildings, and then installing decorative panels, the thermal insulation and decorative panels that integrate thermal insulation and decoration are used as the external walls of buildings to ensure that buildings The energy-saving and thermal insulation effect of the surrounding structure of the building. [0003] The existing thermal insulation and decorative wall panels are generally composed of panels, insulation layers, back panels, connection ends and installation accessories. This structure has poor thermal insulation effect and is not energy-saving enough; The installation must start from the first board in a certain row or...

AI Technical Summary

Problems solved by technology

[0003] Existing thermal insulation and decorative wall panels are generally composed of panels, insulation layers, back panels, connecting ends and installation accessories. This structure has poor thermal insulation effect and is not energy-saving enough; Installation must start from the first board in a certain row or column, and end with the last board. Not only must the installation be performed in sequence, but also when replacing one of the boards, it is quite inconvenient to disassemble. The entire row or column needs to be disassembled to replace it

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