Aluminum template mounting structure used for concrete building one-time pouring forming

Abstract

The invention discloses an aluminum template mounting structure used for concrete building one-time pouring forming. The structure comprises a wall part, a beam part, a floor part, a stair part, a supporting part and an inclined supporting part. The wall part comprises an inner wall plate, an outer wall plate, an outer wall K plate, a wall seal plate, a back edge and a fixed screw rod, the floor part comprises a floor internal corner and a top plate, the stair part comprises a surface plate, a bottom plate, and two stair side plates, the surface plate is in a ladder shape, the bottom plate isinclined, the stair side plates are arranged on the two sides of the surface plate and the bottom plate, the supporting part comprises multiple supporting columns with the heights capable of being telescopically adjusted, and the inclined supporting part comprises a fixed base, a first inclined rod, a second inclined rod and a fixed rod. The aluminum template mounting structure used for concrete building one-time pouring forming can improve the mounting structure stability of an aluminum template, pouring quality is ensured, meanwhile, one-time pouring forming is achieved, construction efficiency is improved, and the construction period is shortened.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an aluminum formwork installation structure used for one-time casting of concrete buildings. Background technique [0002] The formwork commonly used in concrete pouring in the construction industry includes steel formwork, wooden formwork, and plastic formwork. Lightweight, but its strength is low, not waterproof, prone to mildew and rot, low reuse rate, consumes wood resources, and is not conducive to environmental protection; plastic formwork is poor in rigidity, easily deformed, and high in cost. The emergence of aluminum formwork has solved the above problems. The existing concrete buildings have gradually adopted aluminum formwork during pouring. However, during the construction process, the installation structure of the aluminum formwork is not stable enough, which affects the quality of the building. During the process, concrete structures such as walls, floors and s...

AI Technical Summary

Problems solved by technology

[0002] The formwork commonly used in concrete pouring in the construction industry includes steel formwork, wooden formwork, and plastic formwork. Lightweight, but its strength is low, not waterproof, easy to mildew and rot, low reuse rate, needs to consume wood resources, and is not conducive to environmental protection; the rigidity of plastic formwork is poor, easily deformed, and the cost is high

The emergence of aluminum formwork has solved the above problems. The existing concrete buildings have gradually adopted aluminum formwork during pouring. However, during the construction process, the installation structure of the aluminum formwork is not stable enough, which affects the quality of the building. During the process, concrete structures such as walls, floors and stairs need to be poured in multiple times. Therefore, multiple pours and multiple formwork installation and removal operations are required during construction. The process is cumbersome and affects construction efficiency.

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