Plastic exposed concrete building template

Abstract

The invention relates to a building template, in particular to a plastic exposed concrete building template. A connection structure of 90-degree corner is realized, quadrate, plane and cross connections of a beam and a pillar in any size are realized, and the connection strength is improved. The template comprises a beam column template (1), two types of internal corners, two types of external corners, and two types of connecting pieces, wherein the beam column template (1), the two types of internal corners, and the two types of external corners are provided with reinforcing bulges with connected bulge structures; when the beam column template (1) is connected with the internal corners or the external corners, the connection bulges of connected pieces are inserted into grooves (15) of the connecting piece I (6) and the connecting piece II (7) respectively, and fastened by a bolt (12) and a nut (16). The concrete building template is applied to the buildings of a stand column, a shear wall and a floor slab.

Description

technical field [0001] The invention relates to a concrete pouring device, in particular to a plastic fair-faced concrete building template. Background technique [0002] The existing fair-faced concrete building formwork is usually made of steel, wood or plywood, and is a panel structure. Due to the strong water absorption of the formwork made of the above materials, the wall surface is rough and not smooth during the process of concrete pouring and demoulding, requiring secondary hanging of ash, and the formwork itself has low utilization times. In addition, the structure of the existing plastic fair-faced concrete building formwork adopts split connection when connecting at the corner, and the connection strength is low when pouring. Therefore, the connection of the existing fair-faced concrete building formwork is inconvenient and time-consuming, and when connecting horizontally and vertically, support wood and more wooden nails are needed, and the turnover times of the...

AI Technical Summary

Problems solved by technology

Due to the strong water absorption of the formwork made of the above materials, during the process of concrete pouring and demoulding, the wall surface is rough and not smooth, and secondary hanging of dust is required, and the use of the formwork itself is low

In addition, the structure of the existing plastic fair-faced concrete building formwork adopts split connection when connecting at the corner, and the connection strength is low when pouring

Therefore, it is inconvenient and time-consuming to connect the existing fair-faced concrete building formwork, and when connecting horizontally and vertically, support wood and more wooden nails are required, and the turnover times of the formwork are low, and the strength of the connection method is not high

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