HEAVY DUTY PALLET RACKING

Engineered pallet storage for heavier loads, direct access and efficient warehouse flow.

Heavy duty pallet racking is a high-capacity storage system designed for palletised stock in warehouses, distribution centres and industrial storage environments. It allows large volumes of goods to be stored vertically while maintaining direct access to individual pallet positions.

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KEY BENEFITS INCLUDE:

> Direct access to every pallet

Each pallet position remains accessible, supporting faster picking, replenishment and stock control.


> Engineered for specified load requirements

Configured around pallet size, pallet weight, beam levels and required storage capacity. Systems can be designed for significant load requirements, with capacities of up to 4 000 kg per beam level, depending on the system configuration and application.


> Optimised warehouse layout

Planned around aisle widths, forklift movement, handling equipment and stock flow to improve daily warehouse operation.


> Strong, scalable structure


Heavy-duty steel racking designed to support demanding industrial use and adapt as storage requirements change.

> Suitable for high-volume storage environments

Used across warehouses, distribution centres, manufacturing facilities and bulk storage areas where strength, access and capacity are priorities.

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REAL INSTALLATIONS & SYSTEM CONCEPTS

Completed installations and concept layouts showing how heavy duty pallet racking can be configured for different warehouse and distribution environments.

Pallet racking system installed in a warehouse storage area
Pallet racking system installed in a warehouse storage area
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BUILT AROUND YOUR OPERATION • ENGINEERED FOR EFFICIENCY AT SCALE

Heavy duty pallet racking should be designed around how the warehouse operates, not only around the volume of stock being stored.

We consider the load requirements, pallet dimensions, handling equipment, aisle widths, stock rotation and required access to each pallet position. This allows the system to support efficient movement, safe handling and long-term storage capacity.

Key considerations include:

Load requirements
Specified to support palletised goods safely, with beam levels selected according to the required capacity.

Handling equipment
Configured around forklift access, turning space, lifting height and aisle efficiency.

Storage density and accessibility
Planned to balance maximum storage capacity with practical access to stock.

Future scalability
Designed to allow adjustment, expansion or reconfiguration as operational requirements change.

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