Perforated pure aluminum panels form the backbone of the building's exterior performance. Perforated aluminum panels have different overall effects under different panel types and construction methods. As a complete and powerful image, the building stands in its natural surroundings. The building's facade is clad in a surface of perforated aluminum panels with rich shapes. The light filtered through the building skin makes the light entering the interior of the building very soft, creating a good light environment indoors.
outer skin composition
The perforated pure aluminum plate keel system is juxtaposed with the aluminum plate units to form the outer skin system. According to the size of the perforated aluminum panel unit modules, the keel system often divides the building facade into a uniform grid, emphasizing the sense of scale of the facade.
building physical environment
1) Application of light-shielding properties. The building's indoor heat mainly passes through the holes of the perforated aluminum panels, and enters the inner layer through the holes. The key to affecting the shading effect is to choose the appropriate shading form and perforation rate of the perforated aluminum plate.
2) Application of lighting characteristics. Lighting and shading characteristics should be considered. By setting a suitable perforation rate, the same perforated pure aluminum plate can not only achieve the sunshade effect, but also meet the needs of indoor lighting.
3) Application of ventilation characteristics. Perforated aluminum panels are used as ventilation curtain walls for building external circulation systems and are often used in areas with hot summers and cold winters. Ventilated, energy-saving and environmentally friendly curtain walls are more energy-saving than traditional curtain walls when heating.
Covering the building skin with perforated pure aluminum panels with a complete and unified material can enhance the integrity and purity of public buildings, form a concise and clear external image, and create direct and strong sensory appeal. In construction, the perforated pure aluminum plate skin can block irregular window openings on the building interface, unify the architectural language, form a uniform facade with other materials, and enrich the texture and layers of the skin.
At the same time, porous pure aluminum panels have good material and technical properties, as well as the advantages of shaping appearance integrity and reducing building energy consumption. It has great prospects in the application of architectural skins. Architectural designers are very optimistic about it and will further explore and innovate its construction methods and performance effects.
