1. It adopts heat-insulating and thermal break aluminum profiles. Through thermal break technology, the path of heat transfer is effectively blocked, enabling the sunroom to reduce heat entry in summer and keep the interior cool.

2. It adopts mirror-grade insulating tempered glass, which not only has excellent light transmittance but also effectively blocks ultraviolet rays and high temperatures, reducing the accumulation of indoor heat.

3. The structural design of the Munich sunroom fully takes into account the needs of ventilation and shading. A scientific and reasonable structural design can promote air circulation and accelerate the rise and discharge of hot air.

4. According to the Angle and intensity of sunlight, manual or electric mode can be selected to flexibly adjust the shading area and height, effectively blocking direct sunlight and reducing indoor temperature.

5. It has strong functionality. Besides being used as an independent space, it can also be combined with other indoor Spaces for design, such as calligraphy and children's play areas, to reduce the pressure on the indoor space and leave more space for other planning and use.

6. The entire structure adopts an internal and external gluing process, ensuring that the profiles are closely connected to prevent air leakage and water seepage.

7. A scientific and reasonable drainage system is in place to prevent rainwater from seeping into the sunroom and ensure a comfortable experience inside the sunroom.