aluminum sliding glass doors

In the production process of aluminum doors and Windows, improving its energy saving and environmental protection performance can be achieved through the following aspects: Selection of efficient thermal insulation materials: The use of broken bridge aluminum profiles is one of the key measures to improve the energy-saving effect of aluminum doors and Windows. By adding heat insulation strips (such as PA66 nylon heat insulation strips) in the middle of the aluminum alloy profile, heat conduction can be effectively blocked and heat exchange between the room and the outside world can be reduced. Optimized glass configuration: The use of double or triple layers of insulating glass, or even Low-E low-radiation coated glass, can significantly reduce the heat transfer coefficient U value of the window and improve its thermal insulation performance. At the same time, filling the hollow layer with an inert gas (such as argon) can further enhance the insulation effect. Improve the sealing technology: strengthen the sealing design between the window frame and the window sash, select high-quality sealing strips to ensure the tightness of the door and window when closed, prevent cold air penetration and heat loss. Surface treatment process: The use of environmentally friendly powder spraying or anodic oxidation process instead of traditional electrophoretic coating on the surface treatment can not only increase the weather resistance and beauty of aluminum doors and Windows, but also be