With the diversification of architectural shapes and styles, hyperbolic aluminum veneers are increasingly favored by homeowners and curtain wall designers. Due to the high difficulty of processing, there are few aluminum veneer manufacturers capable of producing hyperbolic panels, and many projects can only abandon their original design schemes.
Traditional decorative materials, such as marble and glass, are really durable. But their physical properties are predetermined, not bent, not welded, and are simply widely used on the flat surface of buildings. In the decoration of high-rise buildings, for safety reasons, the national decoration has recommended prohibiting their use. For complex architectural shapes, one is at a loss, but manufacturers of hyperbolic aluminum panels can twist and expand their performance, making all shapes more convenient and simple. For the update of hyperbolic curves, traditional decorative materials such as marble cannot achieve it.
Under the current new energy policy, hyperbolic aluminum sheet manufacturers can completely replace wood and marble through heat transfer printing technology, with unparalleled performance and recyclability. Compared to declining energy materials, its advantages are self-evident. Through the research and production of the aluminum veneer industry in the past decade, processes such as wire drawing, wire drawing, oxidation, and gold plating have pushed aluminum veneer to a new height. Manufacturers of hyperbolic aluminum panels not only appear as building decorative materials, but also change their shape and color, which is a rare craft and art
More and more urban buildings are no longer limited to square shapes, but present diverse forms of artistic expression, such as spherical buildings or imitating some living organisms. Although the area is not large, it can be seen that the construction of such a project is difficult and complex.
What we want to study is the metal decoration on the surface of this building, the free zone panel, also known as hyperbolic aluminum plate in the construction industry. Below is a brief introduction to the manufacturing process of hyperbolic aluminum plates.
In the previous step, appropriate processes were adopted based on different curvatures and shapes. The second step is to create a template based on the drawings. The third step is to first use a four roller rounding machine in the X direction to perform the single bending process, and then use local spot welding in the Y direction to bend the surface of the plate to the required arc. The fourth step is to inspect the preliminarily formed workpiece according to the template and correct the local parts again. The fifth is to weld around during installation. Step 6: Special hyperbolic plates can be formed using open die hydraulic forming or pull-up forming; Step 7: After forming, welding and polishing are required, and aluminum is usually completed through polishing, cleaning, painting, and various aluminum veneers.
