Installation method for energy-saving steel-plastic auxiliary frames and doors/windows

Abstract

The invention relates to the field of door / window installation methods, in particular to a conveniently-operated installation method for energy-saving steel-plastic auxiliary frames and doors / windows. The installation method for the energy-saving steel-plastic auxiliary frames and the doors / windows comprises the steps of connection of auxiliary frames and fixing steel sheets, splicing of the auxiliary frames, connection of the auxiliary frames and a wall, and connection of the auxiliary frames and the doors / windows. The method is reasonable in design and convenient to operate, and standardization of installation holes of the doors / windows and integration of heat insulation and heat preservation are realized; after the auxiliary frames are installed, the holes do not need to be painted, so that the labor cost for civil construction is reduced; moreover, the problem of leakage caused by non-tight seam filling at a joint between the peripheries of outer frames of the doors / windows and the wall is solved; after the doors / windows are installed in place at one time, finished door / window products are delivered to users for use without any damage; the installation period of the doors / windows is greatly shortened, the utilization rate of door / window engineering occupied fund is improved, resources are effectively saved, and the cost is effectively reduced.

Description

technical field [0001] The invention relates to the field of installation methods for doors and windows, in particular to an installation method for energy-saving energy-saving steel-plastic attached frames and doors and windows. Background technique [0002] With the rapid development of my country's construction industry, the quality and grade of buildings have also been greatly improved, especially the popularization of building energy-saving and external wall insulation technology, which urgently needs the standardization of building doors and windows and the integration of building energy conservation. However, the installation of building doors and windows is still completed by the technological process of leaving holes first, then installing the window frame, then caulking and painting around the doors and windows, and assembling the doors and windows. Due to the influence of various factors such as building formwork, pouring, and blocks during civil construction, the...

AI Technical Summary

Problems solved by technology

Due to the influence of various factors such as building formwork, pouring, and blocks during civil construction, the reservation of the opening cannot be fully standardized at one time. Labor wages have risen sharply, resulting in a substantial increase in costs

Moreover, in the process of painting and caulking around the inside and outside of the door and window openings, through the cooperation of multiple types of work, it will inevitably cause serious damage and pollution to the outer frames of the installed doors and windows. to no avail

And because the filling around the doors and windows is not dense, it is easy to cause problems such as leakage, and it also includes the connection and waterproof problem of the external wall insulation of the building and the installation holes of the doors and windows.

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