Fabricated non-dismantling formwork support system and manufacturing method of non-dismantling formwork system

Abstract

The invention provides a fabricated non-dismantling formwork support system and a manufacturing method of the non-dismantling formwork system. The fabricated non-dismantling formwork support system is used for closed plastic support for cast-in-place forming of concrete structure building components. The fabricated non-dismantling formwork support system comprises a scaffold, a back edge support, a surface support and formworks which are sequentially and fixedly arranged from outside to inside of the building components; the formworks are fabricated non-dismantling formworks without modulus specification limitation, and the sizes and the connecting and splicing precision of the adjacent formworks in all directions are both smaller than 0.5mm; and corner supports are arranged at the corners of the building components. The non-dismantling formwork system is in the continuous process of design, production, manufacturing and construction, and after automatic optimization splitting, bending, punching and numbering, high-precision rapid splicing is conducted on site. The overall process from design to construction is simplified, waste is small, construction is convenient and fast, the engineering quality is high, and the overall appearance is attractive.

Description

technical field [0001] The invention relates to building technology, in particular to a high-precision assembled formwork system without dismantling through design, production and construction. Background technique [0002] At present, the types of detachable or non-detachable formwork in the market include wood formwork, aluminum formwork, steel formwork, expanded metal mesh, etc.; due to the heavy weight of the steel formwork, it is not conducive to the turnover in a small space, and it is gradually eliminated in the construction of commercial housing. However, because the wood formwork requires too many connection points of steel pipe supports and formwork, and basically uses on-site manual work, it is difficult to guarantee the construction efficiency, quality and safety. The concrete surface layer poured into the aluminum mold is better, which can save part of the external wall painting process. Its forming accuracy is accurate and the formwork can be reused more times,...

AI Technical Summary

Problems solved by technology

[0002] At present, the types of detachable or non-detachable formwork in the market include wood formwork, aluminum formwork, steel formwork, expanded metal mesh, etc.; due to the heavy weight of the steel formwork, it is not conducive to the turnover in a small space, and it is gradually eliminated in the construction of commercial housing

However, due to the excessive steel pipe support and formwork connection points required for the wooden formwork, and the manual work on site, it is difficult to guarantee the construction efficiency, quality and safety.

The concrete surface layer poured into the aluminum mold is better, which can save part of the external wall painting process. Its forming accuracy is accurate and the formwork can be reused more times, but it also has obvious disadvantages, that is, the price is too high, and only standard parts can be made. Alien shapes cannot be handled, and the initial investment is more

Expanded metal formwork free of dismantling is only suitable for segmented concrete formwork and joint sealing positions

[0003] Even if the ideal material is used and the formwork without dismantling is used, the formwork produced by the traditional process has large errors, the efficiency of manual on-site production is low, and the application is not ideal

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