Double-layer fireproof heat-preservation mold plate type wall body

Abstract

The invention discloses a double-layer fireproof heat-preservation mold plate type wall body and belongs to a building wall body. The double-layer fireproof heat-preservation mold plate type wall body is fixedly connected between a front plate and a rear plate, and concave grooves are further formed at peripheral sides between the front plate and the rear plate. The double-layer fireproof heat-preservation mold plate type wall body has the advantages that after a mold plate is cast with reinforced concrete in place, the mold plate is integrated with a building, the double-layer fireproof heat-preservation mold plate type wall body is constructed in a building-block-type plugging-in mode and is constructed in the same term as a main body building, is high in construction speed, is time-saving and is labor-saving. A steel mold plate does not need to be constructed before construction, and adopted fireproof heat-preservation material can be purchased anywhere, is cheap, is low in cost and can form large-scale production capacity easily. The thickness of the mold plate can be decided according to the requirements of the building, and the length and the height of the mold plate are appropriate when favorable for conveying and construction. The double-layer fireproof heat-preservation mold plate type wall body lowers the construction technological threshold, and can be popularized in cities and villages rapidly.

Description

technical field [0001] The invention belongs to building walls, and relates to a double-layer fireproof and thermal insulation formwork wall. Background technique [0002] At present, the walls of buildings are basically made of aerated concrete blocks, clay bricks, fly ash bricks, hollow bricks, etc., and then pasted with insulation materials; Sticking thermal insulation materials, these two methods have many procedures, complex construction, time-consuming and labor-intensive construction, high-altitude operation risk factor in external wall insulation construction, and the problem of heat absorption and energy consumption of the external wall of the living room has not been completely solved, resulting in the construction of the house when decorating the house. Insulation must also be done on the exterior walls; walls made of hollow bricks have poor seismic performance and are prone to collapse and fall. Contents of the invention [0003] The object of the present inve...

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Problems solved by technology

[0002] At present, the walls of buildings are basically made of aerated concrete blocks, clay bricks, fly ash bricks, hollow bricks, etc., and then pasted with insulation materials; Sticking thermal insulation materials, these two methods have more procedures, complex construction, time-consuming and labor-intensive, high-altitude operation risk factor in external wall thermal insulation construction, and the problem of heat absorption and energy consumption of the external wall of the living room has not been completely solved, resulting in house decoration. It is also necessary to do the thermal insulation treatment of the outer wall; the wall made of hollow bricks has poor seismic performance and is easy to collapse and fall.

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