Preparation method of infilled wall component

Abstract

The invention discloses a preparation method of an infilled wall component, and relates to the field of concrete. The preparation method comprises the steps that a prefabricated mold is erected according to a specification and a size required by a building construction drawing, specially-made mortar is injected into the prefabricated mold, a connecting steel bar is placed on one side, light filler is added, a pre-embedded wire box and a pre-embedded wire pipe which are well installed are placed on the top of the light filler, the light filler is continuously added, the special mortar is injected, pouring is conducted, through holes of the pre-embedded wire box and the pre-embedded wire pipe are reserved, and maintenance is conducted, so the filler wall component is obtained. The method overcomes the problems that a large amount of dust is generated on a construction site, noise is loud and a large amount of construction waste is generated due to the facts that a product is shaped, a single plate is heavy in weight and needs to be slotted together with a traditional masonry structure to pre-embed pipelines after being installed. The pipeline in the design is pre-buried in the component during production, a door frame and a door beam are subjected to reinforcement treatment, good integrity is achieved, grooving, pipeline pre-burying, painting and leveling are not needed after installation is completed, the mechanization degree of a construction site is high, and quality is better guaranteed.

Description

technical field [0001] The invention relates to the field of concrete, in particular to a preparation method of a filling wall component. Background technique [0002] Prefabricated interior partition wall panels are generally non-load-bearing prefabricated partition walls. Prefabricated interior wall panels are generally made of lightweight materials or light structures. With the vigorous promotion of national prefabricated policies, prefabricated interior partition wall products on the market can be roughly divided into Lightweight slats, autoclaved aerated concrete slabs, and gypsum hollow slats, such standardized products have the advantage of a high degree of production automation, and are generally installed after the main structure is completed without affecting the construction progress of the main structure. [0003] However, the existing prefabricated inner partition wall panels are finalized, the weight of a single panel is relatively heavy, and the labor intensit...

AI Technical Summary

Problems solved by technology

[0005] (1) Set up the prefabricated mold according to the specifications and dimensions required by the building construction drawing, and prepare the pre-embedded wire box, wire pipe and pre-embedded wire box for use, inject the special mortar into the prefabricated mold, and place the connecting steel bars together On the side, add light filler, put the installed pre-embedded wire box and pre-embedded wire pipe on the top of the light filler, continue to add light filler, inject special mortar, pour and leave the pre-embedded wire box and pre-embedded wire box through-holes and maintain them to obtain the infill wall component, which solves the problem of product stereotypes, and the weight of a single board is relatively heavy. After installation, it needs to be slotted and pre-buried pipelines together with the traditional masonry structure, which will generate a lot of dust on the construction site , loud noise and lots of construction waste;

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