The "broken bridge" design of the Broken bridge casement window is the key to achieving energy saving effects. This design effectively reduces the transmission and loss of energy by using special thermally insulated broken bridge aluminum profiles and insulating glass, thus achieving energy saving effects.
Specifically, the broken bridge aluminum profile is the core component of the Broken bridge casement window. This profile is connected as a whole between the inner and outer layers of aluminum alloy through a non-metallic material with low thermal conductivity. This non-metallic material, like a "broken bridge", interrupts the heat transfer path between the inner and outer aluminum alloys, thereby greatly reducing the heat transfer. In winter, the broken bridge design can effectively maintain the indoor temperature and reduce heat loss; in summer, it can block the intrusion of external heat waves and keep the indoor cool.
In addition, the Broken bridge casement window also uses insulating glass. Insulated glass consists of two or more layers of glass filled with dry air or inert gas to form an effective thermal insulation layer. This design further reduces heat transfer and improves the thermal insulation performance of the window.
At the same time, the sealing performance of Broken bridge casement window is also very good. It uses high-quality sealing materials and advanced sealing technology to ensure that the window can effectively isolate outside air and noise when closed, keeping the room quiet and comfortable.
To sum up, the "broken bridge" design of the Broken bridge casement window achieves excellent energy-saving effects by using thermally insulated broken bridge aluminum profiles, insulating glass and high-quality sealing technology. It can not only effectively maintain indoor temperature and reduce energy transmission and loss, but also improve the thermal insulation and sound insulation performance of windows, creating a comfortable and quiet indoor environment for people.
