Custom Paper Pallets: Sizing for Racking and Forklift Handling

Standard pallet footprints force a compromise onto nearly every shipment: cartons overhang the deck, or the deck wastes container space around them. Custom paper pallets remove that compromise by letting the buyer set deck dimensions, fork pockets, and load rating around the actual carton size and the warehouse equipment that handles it.

Start with Forklift and Reach Truck Geometry

Sizing should begin at the machine, not the carton. Measure the fork width and thickness of every lift truck that will handle the pallet, then specify pocket openings that clear those forks with a margin. Most trucks accept pockets roughly 100 millimetres wide and 80 to 90 millimetres high, but narrow-aisle and clamp trucks vary, and a pallet that fits one machine but not another creates dockside delays.

Size the Deck to the Carton Footprint

The deck should match the carton footprint with minimal overhang. Overhanging cartons get dented and torn in transit, while a deck larger than the cartons wastes space and money. For ocean containers, compare the pallet footprint against the internal width of the container: common footprints such as 1200 by 1000 millimetres leave different amounts of unused floor space depending on orientation, and a custom size can often add one more pallet position per row.

Plan for Racking Before Placing the Order

If pallets will sit in racking, tell the supplier the beam span before anything else. A pallet in a rack is supported only at its edges, so the deck must resist bending across the unsupported span. Custom designs can add stringers, reinforce the deck with extra honeycomb layers, or shift the block layout so support points line up with the beams. Overhanging a racking beam even by a few centimetres cuts effective capacity sharply, so racking users should size decks to fit exactly between beams.

Choose the Construction Style That Fits the Workflow

Three basic constructions cover most requirements. Block pallets with honeycomb blocks or kraft legs offer four-way forklift entry and suit shared racking environments. Runner pallets with two or three continuous stringers are cheaper per unit and fine for two-way entry. Nestable designs with offset legs stack into a fraction of their loaded height, which matters when empty pallets must be stored or returned. The right choice follows from the forklift, racking, and return-logistics questions already answered.

Put the Specification in Writing

A one-page specification prevents most ordering mistakes. It should state deck dimensions and tolerances, entry type and pocket height, static and dynamic load ratings, moisture requirements for the transit route, and whether the pallet is one-way or returnable. Add printing requirements if pallets carry barcodes, branding, or export treatment marks, and confirm the supplier's test protocol for the quoted load figures.

Once the specification is fixed, sourcing becomes a comparison of capability rather than guesswork. Factories such as SYTPACK, which produce honeycomb board, pallets, and protective packaging under one roof, can usually adjust core density and leg layout to a buyer's numbers, and they typically quote from the kind of dimension sheet described above.