Installation is an important part of realizing the functionalization of specific door and window products, which will eventually affect the use effect and service life of doors and windows, and more seriously affect people's lives and personal safety. The role of doors and windows in modern buildings is no longer the original basic functions of lighting, ventilation, and observation. It not only takes into account the beauty of the building, but also plays a vital role in building energy conservation.

A large number of studies have shown that energy consumption through doors and windows accounts for more than 40% of the total energy consumption of the entire building. Energy saving of doors and windows is the focus of building energy conservation. In addition to improving the energy-saving indicators of doors and windows themselves, the installation method of doors and windows also has a great impact on the overall performance of doors and windows.

Correct installation is conducive to lighting in winter and sunshade in summer, and can effectively reduce condensation and mold between door and window frames and structures. Incorrect installation not only has an adverse effect on energy saving, but also affects the service life of doors and windows and brings irreversible damage to buildings.

Door and window installation

In the past, the quality of doors and windows and the correctness of the installation position were often ignored. At present, most doors and windows use traditional installation methods. Is the traditional installation method energy-saving and what are the effects on the building? Which installation position is more reasonable, can better play the role of heat preservation and energy saving of doors and windows, and is more conducive to the health of the building environment. At present, the main installation methods of doors and windows are wet installation, dry installation, and external installation (low-energy consumption buildings).