Value Collection HD013-2 Boltless Cross Beam 72 in

Product Description

The VALUE COLLECTION HD013-2 is a boltless cross beam designed to provide structural support and shelf stability within boltless storage rack systems. Constructed from particle board, this cross beam spans 72 inches in width and fits a 36-inch height configuration, making it suited for standard industrial and warehouse shelving setups. Each package contains 5 cross beams, allowing a single order to address multiple rack bays at once. Facilities managers, warehouse staff, and shelving installers rely on this type of component to reinforce rack levels and prevent shelf deck sag under load.

This cross beam is intended for use with compatible boltless storage rack systems in light commercial, warehouse, and facility storage applications. The particle board construction makes it appropriate for moderate-load, dry-environment installations such as parts rooms, stockrooms, and garage storage setups. It is not recommended for wet or high-humidity environments where particle board may deteriorate over time.

Key Features

• 72-inch width spans standard boltless rack bays
• 36-inch height dimension matches common rack tier spacing
• Particle board construction provides a flat, stable shelf surface
• Sold in a pack of 5 to cover multiple rack levels per order
• Boltless design allows tool-free installation on compatible rack frames

Compatibility

Designed for use with boltless storage rack systems. Consult the rack manufacturer specifications to confirm cross beam width and height compatibility before installation.

Installation Notes

Installation is typically performed without tools by dropping the cross beam into the boltless rack frame slots at the desired tier height. Verify the rack frame is on a level surface and all upright columns are properly seated before loading shelves. Do not exceed the load rating specified by the rack system manufacturer. Particle board shelving should be kept dry and protected from prolonged moisture exposure to maintain structural integrity.