Novel construction process for preventing a constructional column from overflowing slurry

Abstract

The invention provides a novel construction process for preventing a constructional column from overflowing slurry. The process comprises the following specific steps that 1, the constructional columnis reserved, and arranged in a retreating-before-advancing and three-retreating three-advancing mode; 2, a formwork is manufactured according to size of the constructional column; 3, double-sided sponge glue strips are used for pasting according to the shape of a joint motor of the constructional column; 4, surface layers of the sponge glue strips on one side close to the formwork are not torn away; 5, concrete filling and pouring are carried out, and concrete is vibrated to be compact; and 6, after the constructional column concrete reaches the prescribed strength, the formwork is removed, and clearing treatment is carried out. Compared with the prior art, the novel construction process has the beneficial effects that the forming quality effect of the constructional column is greatly improved, the concrete pouring quality of the constructional column is improved, the integrity of a wall body is met, and the anti-seismic requirement is achieved.

Description

technical field [0001] The invention relates to the technical field of structural column construction, in particular to a novel anti-spill slurry construction process for structural columns. Background technique [0002] As high-rise buildings are built more and more, and the higher they are built, the interior walls are mostly filled walls, and high-rise buildings have seismic requirements. The integrity of the wall building is higher, and it is bound to require structural column structures when building interior walls. It is connected with ring beams and other structures to form a whole, which meets the seismic requirements of the house. The pouring quality of structural columns has become the core issue of wall quality. The traditional construction technology of structural column pouring generally does not consider the problem of concrete pouring. Moreover, due to the size of the bricks and the uneven surface, the gap between the formwork and the bricks is too large, caus...

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Problems solved by technology

[0002] As high-rise buildings are built more and more, the higher they are built, the inner walls are mostly filled walls, and high-rise buildings have seismic requirements. The integrity of the wall building is higher, and it is bound to require structural column structures when building inner walls. It is connected with structures such as ring beams to form a whole, which meets the seismic requirements of the house. The pouring quality of structural columns has become the core issue of wall quality. The traditional construction technology of structural column pouring generally does not consider the problem of concrete pouring. Moreover, due to the size of the bricks and the uneven surface, the gap between the formwork and the bricks is too large, causing the concrete grout to overflow, the structural column to have pockmarks, grout leakage and other quality problems, which affect the strength

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