Resource Hub

Covers what pallet racking is, how uprights and beams work together, common sizes and dimensions, and how to choose between selective, drive-in, pushback, pallet flow, and structural configurations.

Explains how cantilever rack stores lumber, pipe, bar stock, and other long or irregular materials using arms on a central column — and covers roll-form vs. structural, single- vs. double-sided, and how to size a system.

A visual reference guide to pallet rack brands and connection styles — teardrop, Interlake, structural, and more — essential when buying used rack or expanding an existing system.

A step-by-step buyer's guide to sizing selective pallet rack — how to measure product, determine rows and bays, calculate upright height, and select accessories like wire decking and pallet supports.

An overview of every major racking system type — selective, drive-in, push back, pallet flow, cantilever, structural, and more — with guidance on how to choose the right system for your SKU count, throughput, and building.

Explains how push back rack uses inclined rails and nested carts to store 2–6 pallets deep per lane on a LIFO basis — offering significantly higher density than selective rack without requiring forklifts to enter the structure.

Covers drive-in and drive-through rack — how forklifts enter the lane to load and retrieve pallets, why it's best suited for single-SKU bulk storage, and the difference between LIFO drive-in and FIFO drive-through configurations.

A buyer's guide to sortation systems covering cross belt, tilt tray, sliding shoe, pop-up roller, and pusher/diverter sorter types — with guidance on which configuration fits different throughput and package profiles.

Explains how gravity roller tracks move pallets from the load end to the pick face on a FIFO basis — and why pallet flow is the preferred high-density system for perishable or date-sensitive inventory requiring stock rotation.

Covers wire deck styles, support channel types, waterfall options, and proper loading rules — including why many fire codes require wire decking over solid surfaces for overhead sprinkler effectiveness.