What are the difficulties in manufacturing hyperbolic aluminum veneer

The hyperbolic aluminum plate is mainly composed of three parts: face plate, stiffener and corner code. The corner code can be directly formed by bending and punching the panel, or it can be connected with the corner code on the folding edge of the panel. The reinforcing rib is connected with the electric welding screw behind the board surface. Make it a solid whole, greatly enhance the strength and rigidity of the aluminum veneer curtain wall, and ensure the flatness and earthquake resistance in long-term use.

The curve changes the modeling rules of the straight lines of any aluminum plate. Different arcs show different shapes. The special process is used to shape, which overcomes the technical difficulties of looking at the shape. The manufacturing process of hyperbolic aluminum veneer is complicated, the technical requirements are high, and the cost is higher than that of ordinary aluminum veneer. But with different shapes and rich colors, it meets the needs of architectural design and creates a unique architectural design style that can fully show the designer's distinctive design style and architectural concept. Because of its shape and charm, the building shines and is unique, attracting attention and praise from everyone.

Various colors of paint can be sprayed on the surface of the hyperbolic aluminum plate. Use color to further enhance visual impact. In addition, unlike conventional aluminum veneers, hyperbolic aluminum veneers are difficult to manufacture, and require higher machine accuracy and skilled workers' operation requirements. Therefore, the hyperbolic aluminum veneer has a strong technical content.
Hyperbolic aluminum veneer is a classification of aluminum veneer. Hyperbola refers to the overlap of two different arcs on the same surface, that is, starting from different centers and drawing arcs with two radii, just like the common wave shape is a single curved aluminum veneer. The processing steps of hyperbolic aluminum veneer are mainly divided into two parts:

Hyperbolic aluminum veneer processing steps

The first is sheet metal processing. Sheet metal processing is mainly used to process the "general direction" of the appearance and size of the hyperbolic aluminum veneer aluminum veneer. The processing process is to cut the aluminum veneer into the structure required for cutting, folding, bending, welding, grinding and other processes. Shape and size, this part of the process determines important parameters, such as the curvature and appearance of the aluminum veneer. The second is spraying. Spraying is spraying on the finished aluminum plate. There are two types of spraying, one is manual spraying and the other is machine spraying. Machine spraying is generally only suitable for ordinary flat plates, but this type of aluminum veneer is rarely used in actual use, and most domestic manufacturers use manual spraying. One of the advantages of manual spraying is that the color can be selected regardless of size. The hyperboloid aluminum veneer needs to be pre-sprayed before spraying to obtain the best effect.