Among the many choices of home doors and windows, the Broken Bridge Aluminum Casement Window stands out with its excellent insulation performance and has become the favorite of users who pursue a comfortable and energy-saving home environment. What kind of insulation secret does it contain? And why can it be unique among many door and window products?

Unique materials lay the foundation for insulation​

The core of the Broken Bridge Aluminum Casement Window lies in the word "broken bridge", and its main material is aluminum alloy.

Aluminum alloy itself has the characteristics of high strength, corrosion resistance, and non-deformation, making it an ideal material for door and window frames. However, aluminum alloy is also a good conductor of heat. If it is not treated, the heat will be quickly conducted, resulting in a significant reduction in the insulation performance of doors and windows.

To solve this problem, the Broken Bridge Aluminum Casement Window innovatively embeds insulation strips in the middle of the aluminum alloy profile, disconnecting the originally continuous aluminum alloy to form a "broken bridge" structure.​

The commonly used insulation strips on the market are mainly PA66GF25 nylon insulation strips and PVC insulation strips, among which PA66GF25 nylon insulation strips have better performance.

It has good heat resistance, cold resistance and mechanical strength, and its thermal conductivity is extremely low. It can effectively block the conduction of heat through aluminum alloy profiles, greatly improving the thermal insulation performance of doors and windows. This material combination not only retains the durability of aluminum alloy, but also gives doors and windows excellent thermal insulation performance. ​

Scientific structure strengthens thermal insulation effect ​

In addition to the innovation in materials, the structural design of the broken bridge aluminum casement window also adds a lot to its thermal insulation performance. In terms of glass configuration, double or triple-layer hollow glass is usually used. The hollow layer between the glass is filled with dry inert gas, such as argon. The thermal conductivity of inert gas is much lower than that of air, forming an efficient thermal insulation barrier. At the same time, the hollow layer can effectively reduce heat convection and further prevent heat transfer. ​

In terms of sealing structure, the broken bridge aluminum casement window is equipped with multiple sealing strips. These strips are distributed around the edges of the window frame and sash. When the window is closed, the strips fit tightly to form a complete sealed space to prevent air infiltration. Whether it is to prevent indoor heat loss in the cold winter or to prevent outdoor heat intrusion in the hot summer, multiple sealing strips play a key role in ensuring stable indoor temperature, reducing the frequency of air conditioning and heating, and achieving energy saving and consumption reduction. ​

Process details guarantee insulation quality​

The high-performance insulation of the broken bridge aluminum casement window is also inseparable from the fine production process and strict quality control. During the profile processing, the cutting accuracy is extremely high to ensure that the profile joints are tight and seamless to avoid heat loss due to gaps. The composite process of the insulation strip and the aluminum alloy profile is also crucial. Through hot melt welding or mechanical connection, the insulation strip and the aluminum alloy are firmly combined to ensure the stability and insulation effect of the "broken bridge" structure. ​

In the assembly process, the selection and installation of hardware accessories also affect the insulation performance of doors and windows. High-quality hardware accessories can not only ensure the smooth opening and closing of windows, but also work closely with the sealing structure to further improve the overall sealing of doors and windows.

At the same time, the manufacturer will conduct strict performance tests on each thermally insulated aluminum casement window, including thermal insulation performance tests and airtightness performance tests, to ensure that all products shipped have excellent thermal insulation performance. ​

From material innovation, structural design to process details, every link of the thermally insulated aluminum casement window is carefully built around thermal insulation performance. With these advantages, it can create a comfortable home environment for users that is warm in winter and cool in summer, reduce energy consumption, and achieve energy saving and environmental protection in home life. Choosing a thermally insulated aluminum casement window means choosing a lasting warmth and coolness, and starting a high-quality home life.