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Different hole types of storage racking columns in the load-bearing capacity of each different

Release time: 2024-06-13

In the installation of shelves we can observe that now many of the warehouse shelves can be installed without welding, mainly through the beams buckle in the column column holes to hold the beams. Through observation, we can easily find that sometimes the columns on the column holes of the hole type is different, then why there are different types of holes appear? What are the differences between these different hole patterns?

Large warehousing and logistics enterprises, in order to make the whole warehouse shelves look more beautiful, but also in order to enhance the load-bearing capacity of the shelves, easy to install, will use different types of holes in the shelves on the column. Enterprises choose different shelf manufacturers, each shelf manufacturer's column hole type is also different, but in general there will be a standard range of load-bearing capacity. Many times we are in the process of designing shelves in order to better enhance the overall load-bearing capacity of the shelves, will be based on the conditions to choose the column hole type.

Currently on the market column hole type can be divided into P-type holes, diamond-shaped holes, butterfly holes of these types, P-type holes are more commonly used a hole type, this hole type of more points of force, more able to increase the overall load-bearing capacity of the shelves. Our Nantong Tianyang Shelves Factory designers in the design of storage shelves for corporate customers will give priority to the consideration of this type of hole, butterfly holes in the appearance of more beautiful, so in the selection of holes, customers can be based on their own actual needs to consider.

Shelves for the enterprise warehouse is a very important storage equipment, so enterprises in the purchase of a large number of storage shelves or need to be based on their actual needs to carefully choose.

Keywords: Different hole types of storage racking columns in the load-bearing capacity of each different