Heat preservation and decoration integrated light steel keel composite wallboard and manufacturing method thereof

Abstract

The invention provides a heat preservation and decoration integrated light steel keel composite wallboard and a manufacturing method thereof. The heat preservation and decoration integrated light steel keel composite wallboard is composed of an outer decorative panel, an organic heat preservation plate, profiled steel plates, a light steel keel and an inner decoration panel, wherein the light steel keel and the profiled steel plates are combined as a stress system and provide sufficient rigidity, and remaining decorative plates and the heat preservation plate are connected with the keel and the profiled steel plate through corresponding fasteners to form the heat preservation and decoration integrated composite wallboard. According to the heat preservation and decoration integrated light steel keel composite wallboard, an organic material is used as a thermal insulation material, so that the heat preservation effect is better; a non-cementing heat insulation layer installation mode isadopted, so that the production efficiency is improved; meanwhile, the profiled steel plates are added to enlarge an attaching part of a surface layer to be the whole profiled steel plate plane only on the linear keel, so that the stress form is optimized; and in addition, edge collection parts are adopted, so that waterproof measures can be better matched at the joint of the wallboard.

Description

technical field [0001] The invention relates to the technical field of light steel keel composite wall panels, in particular to an integrated light steel keel composite wall panel for heat preservation and decoration and a manufacturing method thereof. Background technique [0002] The prefabricated wall panels currently in use rarely include the inner and outer decorative surface materials in one piece, and most of the wall panel unit surfaces are cemented, which is lower in production efficiency than dry connection methods such as screws; and Most of the wall panel units with high production efficiency are single in size and require on-site secondary processing, and the construction of the wall panel unit is not considered to facilitate the joint waterproof connection, which makes the on-site installation time longer; in addition, each decorative panel and insulation board The texture is usually soft and brittle, and it is easy to cause deformation and cracking of the boar...

AI Technical Summary

Problems solved by technology

[0002] The prefabricated wall panels currently in use rarely include the inner and outer decorative surface materials in one piece, and most of the wall panel unit surfaces are cemented, which is lower in production efficiency than dry connection methods such as screws; and Most of the wall panel units with high production efficiency are single in size and require on-site secondary processing, and the construction of the wall panel unit is not considered to facilitate the joint waterproof connection, which makes the on-site installation time longer; in addition, each decorative panel and insulation board The texture is usually soft and brittle, and it is easy to cause deformation and cracking of the board only by fixing it on the keel rod; in addition, most of the insulation materials use inorganic materials such as rock wool, which increases the weight and the heat insulation effect is not as good as that of organic materials

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