With the development of the economy, everyone's awareness of environmental protection and energy conservation is improving. Building energy conservation is also the focus of social attention.
The reason why aluminum-clad wood energy-saving windows can be said to be related to the performance characteristics of aluminum-clad wood doors and windows.
Basic introduction of aluminum-clad wood energy-saving windows
Aluminum-clad wood doors and windows add an aluminum alloy protective layer to the outer layer of pure wooden doors and windows, and the outer aluminum and inner wood can meet the different requirements of the building's inner and outer door and window materials, while retaining the characteristics and functions of pure wooden doors and windows to achieve double decoration. Effect. The outer aluminum alloy plays a protective role and is easy to maintain. The outer aluminum can be treated by fluorocarbon electrostatic spraying, electrophoresis and other treatment methods. The aluminum alloy surface can be sprayed with various colors to adapt to different architectural styles. Among them, the wooden surface facing the interior gives people a more warm and natural feeling, and can be matched with different wood grain styles to better match the interior decoration design style.
In layman's terms, the above performance characteristics of aluminum-clad wood windows can improve living comfort, heat preservation and moisture retention can reduce trust in household appliances, and reduce power consumption. This is one of the significances of aluminum-clad wood energy-saving windows in architecture.
The structure of aluminum-clad wood energy-saving windows makes aluminum-clad wood doors and windows have a long service life. Generally, they can be used for 50 years on the basis of basic maintenance. This advantage can also highlight the important value of aluminum-clad wood energy-saving windows in the renovation of old buildings and the replacement of doors and windows in ordinary homes. For building renovations, the more important ones should be done better. As far as the current typical maintenance components in my country are concerned, the thermal energy consumption of doors and windows is about 4 times that of walls, 5 times that of roofs, and more than 20 times that of ground, accounting for about 40% to 50% of the total energy consumption of building envelope components. According to statistics, under the condition of heating or air conditioning, the heat lost by single glass windows accounts for about 30%~50% of the heating load in winter, and the cooling energy consumed by solar radiation heat entering the room through single glass windows accounts for about 30%~50% of the heating load in summer. 20%~30% of the air conditioning load. Therefore, enhancing the thermal insulation performance of doors and windows and reducing the energy consumption of doors and windows is an important link to improve the quality of indoor thermal environment and improve the level of energy saving in buildings.
