Construction method of super-long super-high steel wire net rack light wallboard
A technology of steel wire mesh frame and lightweight wallboard, applied in the direction of walls, structural elements, building components, etc., can solve the problems of uneven board surface, hollowing of decorative layers, etc., to achieve easy operation, eliminate rework, and scientific and reasonable methods. Effect
Inactive Publication Date: 2012-04-18
湖南长大建设集团股份有限公司
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Problems solved by technology
[0004] The purpose of the present invention is to overcome the shortcomings in existing technologies, and provide a super long and ultra -long and ultra -long and ultra -long quality problem such as cracking phenomena such as seams, nodes, doors and windows frames, etc. during the construction process. Construction method of light-weight wallboard with high steel wire grid
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[0014] Technological steps Construction preparation 1. Wall panel connection and fixing and reinforcement 3. Door and window openings are left and reinforced 4. Installing embedded parts, laying pipelines and reinforcement 5. Plastering 6. All of them are processed by mature existing technology.
[0015] Process steps Splicing wall panels 2: Splicing a set of reinforced skeletons and sandwich panels together.
[0016] According to the thickness of the core board, the lightweight wallboard is divided into two types: 70mm thick and 120mm thick. When the thickness is 70mm, the thickness of the core board is 50mm, and when the thickness is 120mm, the thickness of the core board is 100mm. The specifications of the wall panels are: width 1150mm, height 2000mm∽3100mm, 50mm wide steel wire mesh protruding from both sides in the width direction to facilitate the connection between wall panels. When the height exceeds 3100mm, vertical plate connection is required, and shaped steel beams...
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The invention discloses a construction method of a super-long super-high steel wire net rack light wallboard, comprising the following steps of: (1) preparing construction; (2) splicing the wallboards; (3) connectedly fixing and reinforcing the wallboards; (4) retaining and reinforcing the holes of doors and windows; (5) installing and reinforcing the paving pipeline of an embedded part; and (6) plastering. The step (2) of splicing the wallboard is splicing a group of reinforced frames and sandwich panels. The reinforced frames are manufactured from steel tubes, profiled bars or manufactured by mixing the steel tubes and the profiled bars. The method is scientific, reasonable, is easily operated, precludes remake, saves cost and is fit for the construction of the super-long super-high steel wire net rack light wallboard partition wall in common industrial buildings and civil industrial buildings with floor height in the range of 3.1-6m and length in the range of 4.6-40m.
Description
technical field [0001] The invention relates to a building construction method, in particular to a construction method for super-long and super-high steel wire grid light-weight wallboards capable of reducing the self-weight of buildings or structures. Background technique [0002] Steel wire frame lightweight wall panels are not only environmentally friendly and energy-saving, but also can achieve standardization, serialization, and generalization of production, and have the characteristics of convenient installation and fast construction speed. However, with the development of housing construction towards super high-rise and long-span, super-high and super-long wall panels are often encountered in construction. In the construction industry, "super-long and super-high" refers to the situation where the height h of the wall panel is 3.1m<h<6m and the length L of the single fan wall is 4.6m<L<40m. The application of ultra-high and ultra-long wall panels greatly r...
Claims
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IPC IPC(8): E04B2/72E04B2/74E04C5/06
Inventor 李和平张文祥李天成刘晓晖田又生周妙玲卢亮
Owner 湖南长大建设集团股份有限公司