Integrated curtain wall and construction method of thermal-insulating wall system

Abstract

The invention discloses an integrated curtain wall and a construction method of a thermal-insulating wall system. The method comprises following steps: fixedly arranging fixing strips, erecting a first inner template, installing connection assemblies, installing thermal insulation plates, erecting a second inner template, coating cement mortar and decorating plaques. Wave-shaped metal screen plates are utilized to form a first inner template and a second inner template. A thermal insulation plate and multiple thermal insulation pipes are clamped between the first inner template and the second inner template. The cement mortar is coated outside the metal screen plates through a mortar spraying or smearing mode so that a thermal insulation wall with a hollow inner template is formed. Multiple connection assemblies are arranged on one side of the thermal insulation wall in an outwardly extending mode. The connection assemblies are connected fixedly with the multiple plaques so that the integrated thermal insulation wall and a curtain wall are formed. The integrated curtain wall and construction method of the thermal-insulating wall system have following beneficial effects: advantages such as thermal insulation, energy conservation, flame resistance, heat insulation, sound insulation, and water prevention are obtained; and the method is simple in formation, quick in construction, and is capable of shortening a construction period and protecting the environment.

Description

technical field [0001] The invention relates to construction methods of buildings, in particular to a construction method of an integrated curtain wall and thermal insulation wall system. Background technique [0002] In the 21st century, building energy conservation all over the world shoulders a major historical mission, because at present, heating, air conditioning, lighting and household appliances in residential and public buildings consume about 1 / 3 of the world's energy. [0003] Therefore, it is necessary to comprehensively promote building energy conservation, improve the safety of life, improve human health and comfort of life, try our best to save energy and natural resources in buildings, greatly reduce pollution, reduce greenhouse gas emissions, and alleviate the impact of global warming. Trends, reducing environmental loads and other issues are the directions that all human beings, especially the construction industry, must strive for. [0004] As we all know,...

AI Technical Summary

Problems solved by technology

As far as wall materials are concerned, it is difficult to find an all-purpose wall building material series with multiple functions in the market. For example: traditional brick walls lack functions such as heat preservation, waterproof, and sound insulation. , it is necessary to add waterproof materials, insulation board materials, sound insulation materials, etc., but the current insulation and waterproof materials do not have the fireproof function, and to make up for this defect, it is necessary to increase fireproof materials. at:

[0005] 1. Safety: At present, most of the energy-saving materials used in the building energy-saving industry around the world are organic products, such as polystyrene boards, polyurethane insulation boards, and XPS. These materials are light in weight and have considerable heat insulation and heat preservation effects , but afraid of fire, if a fire occurs, when the temperature exceeds 150 ° C, it will shrink rapidly, perforate, burn and disappear, and in the process of burning and disappearing, it will produce toxic gas safety shortcomings

[0006] 2. Health: Organic materials such as polystyrene board have problems of weather resistance and aging resistance, and the service life is not long. In a relatively short period of time, there will be cracking and collapse.

However, because of its loose structure and lack of strength, it is necessary to seek appropriate supporting measures when using it, and increase the thickness of other protective layers relative to the roof or wall, which increases the load-bearing structure of the building itself, which not only increases the cost, but also reduces the cost. indoor usable space

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