The heavy-duty storage shelves are all large workshops, and it is rare to buy a group of two groups. Unlike medium-sized shelves, there are many basic elements in the design of heavy-duty shelves. Customers are non-professionals, so the information that customers can provide is limited. What we can do is to guide customers to know the most information at the first consultation, so that we can understand customers' needs and formulate a preliminary plan. If the preliminary plan can be recognized by the customer, we will arrange a special person to go to the site to check the actual situation and then make adjustments to the plan. Next, I will sort out some basic elements about the custom design of heavy duty shelves.
Heavy-duty racks are assembled from columns, beams, horizontal braces, diagonal braces and self-locking bolts, which can effectively prevent the shelf from becoming unstable after the bolts are loosened; the beams are made of special cold-rolled P-shaped closed beams. The structure is simple, reliable, light in weight , strong bearing capacity and low cost. The column clamp is connected with the column with a special design safety pin, which can ensure that the beam will not fall off under the impact of external force; the panel adopts the international strip laminate, which has strong bearing capacity, wear resistance, simple replacement and low maintenance cost.
Conventional heavy-duty racks, we can also call them low-level heavy-duty shelves, and we also call them beam-type shelves, pallet-type shelves or shelf-type shelves. Such heavy-duty racks are generally designed to have four layers of cargo. The shelves can be placed in the warehouse individually in each group, which is more convenient to move and adjust the height of the shelves and recombine them locally. Heavy-duty shelves are composed of diamond-shaped hole columns, cargo beams, shelf spacers, diagonal braces to stabilize shelves, and other safety accessories. This kind of shelf is the initial form of heavy-duty racks, and it is also a common structural model of many shelves.
