Modularized thermally insulated wall

Abstract

The invention relates to a building material wall body member, in particular to a modularized thermally insulated wall. The modularized thermally insulated wall comprises wall plates arranged on two sides and a hollow layer arranged in the central interlayer of the wall plates, wherein the hollow layer consists of an injection-molded rectangular water bucket; the wall plates are integrally formed nonmetal refractory plates; a connecting hole for allowing a bolt to penetrate through is formed in the wall plates and the rectangular water bucket; fastening nuts are arranged on the inner side of the connecting hole of the wall plates and connected and fixed to the wall plates through steel bars; seal silicone layers connected to the lower edges of the wall plates and a water spraying pipe communicated to the lower part of one wall plate are arranged at the bottom of the rectangular water bucket; a polyethylene plug is arranged on the water spraying pipe; the space between the wall plates and the rectangular water bucket is filled with concrete. The modularized thermally insulated wall adopting the technical scheme is high in wall body assembly speed and relatively good in heat insulation, sound insulation and fireproof properties.

Description

technical field [0001] The invention relates to a building material wall component, in particular to a modular heat insulation wall. Background technique [0002] The rapid development of architecture is inseparable from the support of building materials. Traditional frame-filled walls usually use clay bricks as building materials. The manufacture is complicated, the process is cumbersome, labor-intensive, and the strength of clay bricks is poor. When in use, it needs to be built piece by piece, and then scaffolding is set up for plastering. This kind of wall insulation and sound insulation performance is not ideal, and due to the heavy weight, the frame structure of the building is required higher. At present, most of the better thermal insulation and heat insulation walls use composite material wall bricks, which can give full play to the respective characteristics of different composite materials, but still need to be built piece by piece, and the construction efficiency ...

AI Technical Summary

Problems solved by technology

[0002] The rapid development of buildings is inseparable from the support of building materials. Traditional frame-filled walls usually use clay bricks as building materials. The manufacture is complex, the process is cumbersome, labor-intensive, and the strength of clay bricks is poor.

When in use, it needs to be built piece by piece, and then scaffolding is set up for plastering. This kind of wall insulation and sound insulation performance is not ideal, and due to the heavy weight, the frame structure of the building is required to be higher.

At present, most of the better thermal insulation and insulation walls use composite material wall bricks, which can give full play to the respective characteristics of different composite materials, but still need to be built one by one, and the construction efficiency is not high.

A small number of walls use hollow composite walls, that is, concrete wall panels and the core layer of organic insulation materials are used. The organic insulation materials mostly use expanded polystyrene, but the strength of such organic insulation materials is low, and It is a flammable material, so there is a very big safety hazard

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