Efficient and fast construction method of integrally-formed energy-saving wall

Abstract

The invention discloses an efficient and fast construction method of an integrally-formed energy-saving wall. The efficient and fast construction method comprises the steps that a, when an inner wallis constructed, a layer of flat iron mesh plate is arranged, a mesh cloth is laid on any side face of the flat iron mesh plate, flat iron mesh plates are mounted on beams, plates and columns of a building, when an outer wall is constructed, a plurality of layers of flat iron mesh plates are arranged, a mesh cloth is laid on the side face of any flat iron mesh plate, the mesh cloth is located on the inner sides of the multiple layers of flat iron mesh plates, and then a plurality of layers of flat iron mesh plates are mounted on the beams, the plates and the columns of the building; b, mixed slurry of cement, ardealite, stone powder and polystyrene particles is sprayed to the inner sides or the outer sides of the mesh cloths in the step a to form base layers; c, mixed cement mortar of cement, mud gypsum and stone powder is sprayed to the inner sides and the outer sides of the base layers in the step b to form cured layers; and d, concrete mortar is sprayed to the inner sides and the outer sides of the base layers in the step c to form protection layers, and timely scraping is conducted. The construction method is high in construction efficiency, and low in construction cost; and thebase layers are located in the wall, and thus the wall can be effectively protected.

Description

technical field [0001] The invention belongs to the technical field of buildings, and in particular relates to a construction method for efficient and rapid integrated forming of an energy-saving wall. Background technique [0002] At present, the main methods used in the construction of building walls are block stacking and integral pouring. Traditional building walls mainly use monolithic walls made of block and strip wall bricks. There are common structural and penetrating wall cracks in the monolithic wall, which lead to poor heat insulation, heat preservation, and sound insulation. The monolithic wall is relatively heavy, has large inertia, and poor earthquake resistance. During the process, it is prone to the problem of fragmentary blocks of the wall collapsing and causing injury to personnel; the monolithic wall is relatively thick, which occupies more building area and compresses the usable area of ​​the living room; at the same time, there are bricks The problem of...

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Problems solved by technology

[0004] A Chinese invention is a construction method of a steel structure wave mesh sandwich concrete surface integral shockproof wall, publication number: CN108086520A, publication date: 2018.05.29, the invention discloses a steel structure wave mesh sandwich concrete surface integral shockproof wall The construction method is characterized in that it includes the following steps: A: installing the wall frame, and filling the wall frame with non-combustible fillers; B: using a concrete spraying device to spray the prepared concrete to the installed in step A On the skeleton of a good wall; C: In step C, the uneven thickness of the sprayed concrete should be scraped in time, and the wall should be leveled as a whole after the last spraying; the raw materials used in this construction method are all in line with national environmental protection The mature building materials required by the standard have no pollution to the environment; at the same time, the original construction waste (recyclable garbage), fly ash, etc. can also be used for wall production and construction, which effectively reduces the generation of construction waste and saves Construction waste removal, landfill and other costs, and the resulting environmental pollution; the present invention does not solve the protection of the wall insulation layer and waterproof layer, nor does it involve the rational application of phosphogypsum

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