Broken bridge aluminum window advantages

2. With a wide range of color options, this aluminum system allows for customization to match any design preference. Through anodizing and powder coating surface treatments, more than 200 RAL colors are available. When combined, these colors create visually striking thermal break aluminum doors and windows that offer different hues on the interior and exterior sides.

3. Enhancing comfort and health, the system helps maintain a balanced indoor environment. Human comfort depends on factors such as indoor air temperature, airflow, and outdoor conditions. By keeping the internal window temperature above 12-13°C, it provides a more pleasant living space, reducing the risk of cold spots and improving overall well-being.

4. Designed for noise reduction, the system uses hollow glass with varying thicknesses and thermal break aluminum profiles. These features help minimize sound wave resonance and prevent external noise from entering, effectively reducing noise levels by over 30 dB, creating a quieter and more peaceful indoor environment.

5. To prevent condensation, the inner surface of the insulated profile remains close to the indoor temperature, reducing the likelihood of moisture buildup. This prevents condensation on the window surfaces, which can lead to mold and damage over time, ensuring a healthier and more durable solution.

6. The use of 5+12+5 double-glazed units enhances both insulation and soundproofing capabilities. This configuration improves thermal efficiency while also offering better acoustic performance, making it suitable for both residential and commercial applications.

7. Energy efficiency is a key benefit of this system. In winter, the thermal break window frame reduces heat loss through the window by up to one-third. During summer, when air conditioning is in use, it further minimizes energy loss, helping to lower utility bills and improve overall energy management.

8. Environmentally friendly, the insulation system reduces energy consumption and lowers the environmental impact associated with heating and cooling. By optimizing thermal performance, it contributes to sustainable building practices and supports a greener future.