Suspended ceiling installation method

Abstract

The invention provides a suspended ceiling installation method which comprises the following steps: drawing ground control lines on the ground in a room requiring for a suspended ceiling; setting wires along a suspended ceiling layout according to a designed comprehensive layout graph of the suspended ceiling using the drawn ground control lines, and forming a complete suspended ceiling control net on the ground; determining the positions of components to be installed on the suspended ceiling control net; projecting the positions of the components to be installed to the roof for roof position marking using a measuring tool; performing suspended ceiling installation. The suspended ceiling installation method has the benefits that the suspended ceiling installation method has the advantages of environment-friendly construction, safety, fastness, economy and reliability. Compared with an installation method for a common light steel keel gypsum board suspended ceiling, the installation method disclosed by the invention has the advantages of small workload, short construction period, and reduction of waste of a large quantity of materials and artificial rework and repair expenses and has the characteristics that the repair cost for a large number of mis-perforated holes is reduced compared with that of the common light steel keel gypsum board suspended ceiling and the problem of reduction of the integral stability of a light steel keel skeleton due to mis-perforation is solved.

Description

technical field [0001] The invention relates to the field of steel structure installation, in particular to a ceiling method, in particular to a light steel keel ceiling method. Background technique [0002] At present, in indoor ceiling decoration, light steel keel gypsum board ceiling is an important part of public decoration, and the flatness and stability of the ceiling are important parameters to measure the level of decoration. The construction steps of the light steel keel gypsum board ceiling are usually: first install the light steel keel skeleton (the main keel spacing is 900-1000mm, and the secondary keel spacing is 300-600mm), then install the gypsum board cladding, and finally open the lamps, fire protection, and electrical openings Install. When this construction method encounters a conflict between the position of the lamps that need to be installed in the inner space and the position of the keel, it is often only possible to re-select the site and open the h...

AI Technical Summary

Problems solved by technology

If you choose to re-select the location and open the hole, it will inevitably destroy the aesthetics, symmetry and consistency of the lamp spacing in the original design of the lamp layout; Influence, while the integrity and stability of the ceiling keel skeleton structure will directly affect the safety and stability of the entire ceiling structure, especially the overall rigidity and stability of the keel skeleton of large-area and special-shaped structure ceilings directly affect the stability of the ceiling structure. It is prone to quality problems such as arching and cracking of the ceiling, especially after a certain service life is reached, the hidden dangers buried in the construction of the ceiling will gradually appear

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