Industrial Heavy Duty Cantilever Racking Systems
Heavy duty cantilever racking is specified for facilities storing dense, long, or irregular materials that cannot be supported on traditional pallet racking beams. Typical applications include lumber yards, steel service centers, pipe distributors, and manufacturing plants handling non-palletized inventory.
System selection must account for arm capacity, column load limits, unsupported span length, slab condition, and anchoring requirements. In higher-impact environments or outdoor installations, structural steel cantilever systems may be required to maintain load stability and durability.
These systems are not designed for standard pallet loads, boxed inventory, or high-frequency case picking. Misapplication can result in arm deflection, load shift, or compliance issues. Facilities storing palletized goods should evaluate selective or structural pallet racking instead.
Heavy duty cantilever racking typically requires anchoring to a properly rated concrete slab and must be installed in accordance with local building codes and load specifications.
Frequently Asked Questions
What qualifies as heavy duty cantilever racking?
Heavy duty cantilever racking supports higher load capacities per arm and per column than light or medium-duty systems. It is typically used for steel, lumber, pipe, or other dense industrial materials requiring reinforced structural components.
What is the difference between heavy duty and structural cantilever racking?
Heavy duty cantilever racking increases load capacity through reinforced components, while structural cantilever systems use hot-rolled structural steel for maximum durability and impact resistance. Structural systems are often specified for outdoor or high-abuse environments.
Can heavy duty cantilever racking store palletized loads?
No. Cantilever racking is designed for long, non-palletized materials. Palletized inventory should be stored on selective or structural pallet racking systems.
Does heavy duty cantilever racking require anchoring?
Yes. These systems must be anchored to a suitable concrete slab and installed in accordance with load ratings and local building requirements to ensure safety and stability.