Racking structure decking is commonly used to support the storage of small and loose items. It provides a secure surface on the racking structures for items that come in various sizes and packaging, preventing anything from falling through. Racking structure decking can be constructed from wood, chipboard, or steel to accommodate a wide range of storage requirements.
Decking types
The type of decking required will depend on the nature of the products being stored and the environmental conditions of the warehouse, such as whether it is indoor or outdoor, or at a higher risk of fire. The four main types of racking structure decking are:
Wire mesh decking
Wire mesh decking is often considered on of the most cost-effective options for racking structure decking. The mesh design contributes to a more sterile environment. Additionally, steel, being the primary material used in wire mesh decking, is the most fire-retardant among the various decking types. This makes it a crucial consideration when storing chemicals and hazardous materials.

Timber decking
Pallet timber decking offers a high level of versatility, being available in open or closed boarded options and composed of slats that secured into the battens with screws. The use of timber also acts as a safety measure by significantly reducing the potential for stock to fall through the racking structure, thereby protecting both employees and goods.

Chipboard decking
Chipboard decking, like timber decking, is known for its durability. It can be customized to fit specific measurements and sit flush within the racking structure system, ensuring that no lips or surfaces are exposed, which could potentially catch or scratch the goods being stored and picked.

Steel decking
Steel decking is designed for both indoor and outdoor use, and it is composed of steel plates that fit across the depth of the beams to create a steel bed for storing goods. Similar to other decking varieties, steel decking can be customised to fit specific measurements and is easily installed due to its slotting mechanism.
