The correct pallet-racking load capacity is determined by the maximum weight of the stored loads, pallet dimensions, number of pallets per beam level, rack configuration, building conditions, and required safety factors. Rack capacity should be engineered for the actual maximum load rather than estimated from an average pallet weight.
Before selecting industrial racking, a warehouse should identify the heaviest pallet or stored load that the system will need to support. The rack design must then account for the number of pallets stored on each beam level, beam span, upright configuration, rack height, pallet dimensions, and the way loads are placed and retrieved.
Load capacity is not simply a matter of choosing a rack with the highest advertised weight rating. The complete system—including uprights, beams, connections, decking or pallet supports, anchors, and the facility itself—must be appropriate for the intended application.
Swisso Storage offers industrial racking and adjustable storage systems designed around specific load and operational requirements. Its industrial racking portfolio includes heavy-duty systems and adjustable solutions for applications involving substantial and varying loads. The company’s STAK and ARS systems are specifically designed for heavy and bulky items, with configurable pallet positions and handling options.
For an accurate specification, warehouse operators should provide the maximum load weight, pallet dimensions, number of storage levels, rack height, aisle requirements, and facility conditions to the storage-system provider or qualified engineer.