In the development process of heavy-duty shelves, the continuous
advancement of mold technology has gradually adopted mold folding technology to
reinforce the folded edges of the columns, thereby achieving the load-bearing
capacity of heavy-duty shelf columns. Therefore, the load-bearing capacity of
heavy-duty shelves cannot be solely determined by the thickness of the material.
When recommending and designing heavy-duty shelves for users, detailed
parameters such as the customer's goods, pallets, and warehouse will be
carefully understood, and then suitable storage shelves will be recommended or
designed based on these data to meet the bearing requirements. Through
scientific calculations and force analysis, select the specifications and
dimensions of each heavy-duty shelf material to ensure that it can meet the
customer's load-bearing requirements and avoid safety accidents caused by shelf
materials being too small.
If the installation technology is not qualified, storing goods beyond the
estimated carrying capacity of the storage shelves will be very dangerous. If
the shelf is light, it is easy to deform and its service life will be reduced.
If the storage rack is heavy, the collapse of the storage rack may cause
casualties. From the perspective of enterprise costs, the thicker the material,
the higher the procurement cost. When purchasing heavy-duty shelves, suitable
materials that meet load-bearing requirements should be selected.
Read recommendations:
5-Tier Steel Heavy Duty Utility Shelving Unit / Metal Steel Garage Shelving / Steel Wire Shelf 72
display shelving manufacture
Basic characteristics of supermarket shelves
