Water-wave-shaped fluorocarbon spray-coated electrolytic plate ceiling and manufacture and installation method thereof

Abstract

A water-wave-shaped fluorocarbon spray-coated electrolytic plate ceiling includes a plurality of groups of ceiling components arranged in the front-back direction. Each group of ceiling components includes A, B, C, D and E rows of hanger plate components arranged in turn in the front-back direction. The groups of ceiling components are respectively a first group, a second group, a third group,...,an N group, wherein n is a natural number, the five rows of hanger plate components in each odd-numbered group are arranged in the order of A-B-C-D-E, and the five rows of hanger plate components ineach even-numbered group are arranged in the order of E-D-C-B-A. The invention further discloses a manufacture and installation method of the water-wave-shaped fluorocarbon spray-coated electrolytic plate ceiling. The materials used can all be processed in the factory and installed on site. By using a self-elevating platform or an aluminum alloy stereotyped operation platform during installation,the construction can be very convenient, and the labor cost is low. Long strip waves are formed by the different arrangement and combination of standard hanger plates and non-standard hanger plates, and thus, a shocking effect of flowing water with sparkling ripples is achieved.

Description

technical field [0001] The invention belongs to the technical field of interior decoration and decoration engineering in building construction, and in particular relates to a water ripple wave-shaped fluorocarbon sprayed electrolytic plate ceiling and a manufacturing and installing method thereof. Background technique [0002] The wavy shape of water ripples represents the fluidity of water. Usually, for public buildings, such as exhibition hall projects, in order to highlight the effect of water ripples on the ceiling, the design usually uses the image of flowing water to endow the exhibition hall with a sense of riding the wind and waves, going forward bravely, and galloping without a break. The implication of breath, but how to truly reflect the effect of the undulating water, the selection of ceiling materials, specifications, sizes and layout requirements are the key points. [0003] At present, indoor wave-shaped ceilings are mostly made of wood boards or PVC boards. A...

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Problems solved by technology

[0003] At present, indoor wave-shaped ceilings are mostly made of wood boards or PVC boards. Although the weight is relatively light, the disadvantage of using this material is that it cannot meet the requirements of non-combustible combustion grades, and the gaps in the splicing parts of the ceiling boards are obvious and not tight. It cannot be used in public buildings. If a solid aluminum plate is used, although the metal texture is very strong, it can show the quiet and deep water lines, but it is heavy, and it is difficult to deal with the gaps of the splicing joints. If the honeycomb aluminum plate is used, although it is light in weight and strong in texture, it is difficult to fold and weld, and it is difficult to meet the requirements of thin wall and arc shape.

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