What to Consider Before Choosing Heavy-Duty Racks?

1. The types of goods and the containers used for loading; products stored on heavy-duty shelves are typically placed on pallets before being shelved. As a warehouse shelving manufacturer, we usually need to know the weight of the goods on the pallet as well as the height of the goods plus the pallet. In addition, we require the specific dimensions of the pallet to design the length and depth of the shelves accordingly. As a buyer, it is crucial to understand these dimensions before selecting a shelf, so that the supplier can properly plan the shelf dimensions.
2. Outbound frequency of shelves; Certain specific industries may have higher requirements for outbound frequency, which is also very important for purchasing to choose heavy-duty shelf types, as different types of shelves cater to varying outbound frequencies.
3.装卸 equipment; Different from manual handling on medium-sized shelves, heavy-duty shelves have higher load capacity per shelf. Normally, forklifts are used to load and unload the shelves, which requires purchasing personnel to inform the warehouse shelf manufacturer when purchasing the shelves, so that the shelves can be planned based on the forklift parameters, such as the shelf aisles, etc.
4. Warehouse floor load-bearing capacity; this number needs to be obtained from the contractor. This figure is crucial. If your warehouse floor can only bear a load of 1 ton, while the racking can hold 5 tons, there will inevitably be sinking or deformation of the floor, and in severe cases, it could even collapse, leading to safety accidents. Don't just consider building high-position racks to save space; also take into account the basic weight of the materials stored in the high-position racks. Heavy-duty racking manufacturer
5. Warehouse Rack Layout: Many companies focus solely on the space utilization of racks during construction, but overlook the logistics concept. Pay close attention to the material flow after the rack construction, as different layouts may result in variations in rack size, load capacity, and handling equipment.





