Due to the development of materials and the pursuit of architects, 3003 5052 6061 perforated aluminum plate sheet is an emerging building skin material.
In construction to a wider range of applications. Perforated aluminum plate can form a translucent interface between the urban street space and the interior of the building without affecting the use requirements of the building too much. At the same time, it can unify the facade effect to form a complete and orderly urban interface, which is convenient. And the ever-changing art form is more and more favored by many designers.
3003 5052 6061 perforated aluminum plate refers to a plate-shaped material made of pure aluminum or aluminum alloy material through pressure processing (shearing or sawing) to obtain a rectangular cross section with a uniform thickness and various holes. The 3003 5052 6061 perforated aluminum plate sheet is beautiful and elegant as a decorative plate. Made of various utensils, resistant to corrosion, sturdy and durable, made of kitchen supplies resistant to high temperature. It has a wide range of applications in real life.
Metal properties Aluminum is a metal with high ductility, low density, and good electrical conductivity. It is easy to produce bright space effects in the application of building skins. Can reflect the hazy images and tones of the surrounding environment. Compared with the transparency of glass and the opacity of sheet metal, perforated aluminum plate achieves a translucent effect between the two, which can form a sense of haze and lightness like yarn, and enrich the expressive force of the building skin.
The good materials and technical characteristics of 3003 5052 6061 perforated aluminum plate sheet, as well as the advantages of shaping the overall visual appearance of the skin and reducing the energy consumption of the building, make it have great prospects in the application of building skins. Architectural designers are very optimistic and will further explore and innovate Construction method and performance effect.
