How to design the shelves of an aluminum alloy factory to increase the storage capacity?

For aluminum alloy factories, the raw materials, profiles and finished products have diverse specifications, varying lengths, and high values, requiring meticulous management. The traditional flat stacking method not only results in low storage capacity but also causes deformation and makes it difficult to find materials. To break through the capacity bottleneck, we must move upwards, adopt flexible layouts, and customize solutions. So, how can the shelves in aluminum alloy factories be designed to have a larger storage capacity? Let's find out.

The first rule for maximizing storage capacity is to seek space through height. The storage shelves suitable for aluminum alloy storage include cantilever shelves, beam shelves, and attic shelves, etc. These types can all be designed with a higher height to fully utilize vertical space. We can also design a combination of these two types of shelves, such as the combination of attic shelves and cantilever shelves, forming an attic cantilever shelf system. The total height of such a design can reach over 10 meters.

Another way to maximize space utilization is to use automated vertical storage shelves, such as intelligent cantilever shelves, whose height can be designed to over 25 meters. It can be seen that through professional specification design, the shelves in aluminum alloy factories can achieve vertical space utilization, reducing costs and increasing efficiency.