Perforated Aluminum Veneer is made of aluminum alloy material, and its density is much lower than traditional building materials such as steel and stone. This lightweight characteristic makes Perforated Aluminum Veneer much lighter than other building materials at the same volume.
2. Specific data comparison
Take the common 3.0mm thick perforated aluminum plate as an example. In contrast, the weight of steel plates of the same thickness will increase significantly because the density of steel is much greater than that of aluminum. This weight difference is particularly evident in large-scale construction projects, which can significantly reduce transportation and construction costs.
3. Convenience of construction
Reduced transportation costs: Due to the light weight of Perforated Aluminum Veneer, the vehicle and labor costs required for transportation are relatively low, and the requirements for transportation tools are not high, which helps to reduce the overall project cost.
Simplify the installation process: The lightweight characteristics make the installation of Perforated Aluminum Veneer more convenient, reducing the equipment and manpower required for hoisting and fixing, and improving construction efficiency.
Reduce structural burden: In terms of building structure, the lightweight characteristics of Perforated Aluminum Veneer help to reduce the burden of building structure and reduce the requirements for load-bearing structure, which may reduce the use of structural materials and further reduce costs.
Perforated Aluminum Veneer has a significant advantage in weight compared with other building materials, mainly reflected in its lightweight characteristics. This advantage not only reduces transportation and construction costs, but also improves construction efficiency and helps to reduce the burden on building structures. Therefore, Perforated Aluminum Veneer has been widely used in the field of building decoration, especially in occasions with strict weight requirements, such as exterior wall decoration and ceiling of high-rise buildings.
