Air film concrete construction mold plate construction technology

Abstract

The invention discloses an air film concrete construction mold plate construction technology. The air film concrete construction mold plate construction technology comprises the following steps that step 1, a site is leveled; step 2, a film material is cut; step 3, a foundation loop beam is built; step 4, a shell is fixed, specifically, the slice-shaped film material in the step 2 forms the shellby high-speed friction seamless splicing, the shell formed by the film material is fixed to the foundation loop beam by a pulling rope, and air is pressed into the film material by an air supplying device to bulge the film material and reach a predetermined architectural shape; step 5, spraying and sealing are carried out; step 6, a heat preservation layer is arranged; step 7, gaps are filled; andstep 8, shaping is carried out. The construction technology is simple, space utilization rate is high, and occupied space is saved. A scaffold is not required, and therefore cleanliness and attraction are achieved and the maintenance cost is reduced, and energy saving and efficiency are achieved. Through arrangement of a sound absorbing layer and a fire resisting layer, the effects of sound insulating, fire resisting and water resisting are achieved, and wide application prospect is achieved.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to a construction process of an air-film concrete construction formwork. Background technique [0002] With the continuous development of science and technology, more and more types of buildings appear in people's field of vision. Among them, concrete structure building, as the mainstream of modern architecture, has been widely welcomed by people. However, most of the concrete construction formwork used in existing concrete structure buildings is wooden or steel formwork, which consumes a lot of materials and manpower during transportation and construction. At the same time, for complex curved surface buildings, the actual construction is difficult. When using wooden formwork or steel formwork for concrete pouring operations, the wooden formwork is prone to deformation or even mold explosion, resulting in uneven poured concrete and affecting the quality of the project. Ther...

AI Technical Summary

Problems solved by technology

However, most of the concrete construction formwork used in existing concrete structure buildings is wooden or steel formwork, which consumes a lot of materials and manpower during transportation and construction. At the same time, for complex curved surface buildings, the actual construction is difficult. When using wooden formwork or steel formwork for concrete pouring, the wooden formwork is prone to deformation or even bursting, resulting in uneven poured concrete and affecting the quality of the project