Construction method for light steel skeleton special-shaped model suspended ceiling

Abstract

The invention discloses a construction method for a light steel skeleton special-shaped model suspended ceiling. The construction method includes the following steps that S1, elevation, position identification and paying-off are conducted on all regions of a site; S2, main electromechanical pipelines are installed; S3, a special-shaped model of the suspended ceiling is manufactured and installed; S4, hanging bars, a main keel and an auxiliary keel are installed; S5, auxiliary electromechanical pipelines are installed; S6, glass magnesium boards are used for pre-reinforcing the tail ends of the electromechanical pipelines and gypsum boards are installed; S7, electromechanical point positions at the tail ends of the electrochemical pipelines are tapped; S8, seam putty and overall basic-layer putty treatment is conducted; S9, surface layer coating is conducted on the suspended ceiling. Construction efficiency is high, labor intensity is small, and the constructed special-shaped suspended ceiling has good rigidity and toughness.

Description

technical field [0001] The invention relates to a construction method of a suspended ceiling, in particular to a construction method of a light-steel framework special-shaped suspended ceiling. Background technique [0002] With the continuous advancement of science and technology, commercial buildings and public buildings such as high-end hotels, apartment buildings, star-rated office buildings and office buildings emerge in an endless stream. In order to create a more comfortable and humanized working and living environment, the form of interior decoration ceilings is no longer tightly limited to ordinary flat roofs, but more with unique design styles, artistic structures, different shapes, Curved, elliptical, multi-curved and dome-shaped ceilings with a strong three-dimensional sense combine the functions of modern decoration and the artistic beauty of the times, fully embodying the uniqueness and otherworldliness of the design space. Integration and unity create a high-...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, the large-span space in the interior of buildings is gradually increasing, such as entrance halls, theaters, exhibition halls, lecture halls and public areas, etc., using a large number of cascading, multi-layered, and multi-material combinations of special-shaped ceilings, making the ceiling project become diversified. , a complex process, many repetitive operations and a cumbersome sub-project

[0004] However, for special-shaped ceilings, the current construction methods often require on-site cutting and assembly, which poses a greater safety hazard. Moreover, the existing special-shaped ceilings have crossed rigidity and toughness, are easy to crack and deform, and complex ceilings bring high-strength problems. labor, construction efficiency is low

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