A small formwork support system and construction technology for fair-faced concrete decorative walls

Abstract

The invention discloses a small formwork support system for a clear-water concrete decorative wall and a construction process. The small formwork support system for a clear-water concrete decorative wall includes a ground dragon horizontal pole, a vertical auxiliary keel, a transverse main keel, a fastening device, a backing plate and a small formwork. Formwork, the ground dragon horizontal pole is set parallel to the building base wall, the bottom end of the vertical auxiliary keel is connected to the ground dragon horizontal pole and a plurality of vertical auxiliary joists are arranged in parallel and spaced apart, and each vertical auxiliary joist faces one side of the building base wall. There is a backing plate on the side, the side of the vertical auxiliary keel away from the building base wall is connected to the horizontal main keel, one end of the fastening device is connected to the horizontal main keel, and the other end is connected to the building base wall, and the small formwork faces the building on the backing plate. One side of the base wall is set close to the backing plate, and the pouring gap is formed between the small formwork and the building base wall. The small formwork support system has the advantages of convenient processing, simple operation, easy control, reusability, simplicity, no pollution, and no pollution. Waste, infinite design and other advantages.

Description

technical field [0001] The invention relates to the technical field of concrete construction, in particular to a small formwork support system for a fair-faced concrete decorative wall and a construction process. Background technique [0002] Fair-faced concrete is an emerging building material on the market. It can be used not only for indoor and outdoor wall decoration, but also for building buildings. [0003] For conventional pouring of concrete, it is necessary to fix the whole large formwork, then pour the concrete, insert the vibrator to vibrate, remove the formwork and then splicing the outer formwork, which cannot be continuously poured, and the unit formwork has obvious joints, which cannot be realized Curtain wall type pouring also cannot realize one-time pouring of modeling, bay windows, balconies and door and window covers. This method can only be applied to structural concrete, because the vibrator is required, and the pouring thickness is often more than 100m...

AI Technical Summary

Problems solved by technology

[0003] From the perspective of conventional pouring concrete, it is necessary to fix the whole large formwork, then pour concrete, insert a vibrator to vibrate, remove the formwork and then splice the outer formwork, continuous pouring is impossible, and the unit formwork joints are obvious, which cannot be realized Curtain wall pouring also cannot achieve one-time pouring of modeling, bay windows, balconies, and door and window covers

This method can only be applied to structural concrete, because a vibrator is required, and the pouring thickness is often more than 100mm thick. Even if self-flowing concrete is used, the thinnest part needs to be 50mm thick, and the refined construction of decorative concrete cannot be realized.

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