Bsc Preferred SP4248W Corrugated Layer Pad 42x48 in White 5 Pack

Product Description

The BSC PREFERRED SP4248W is a white corrugated layer pad designed for separating layers of product on pallets or inside shipping containers. Built from 200/ECT-32 corrugated board with a white face on one side, this pad provides a clean, visible separation point between stacked layers. At 42 inches by 48 inches, it covers standard pallet footprints. Warehouse staff, shipping departments, and packaging operations use these pads to protect goods from shifting and damage during transport and storage. Each pack contains 5 sheets.

These layer pads are suited for use in distribution centers, manufacturing facilities, and fulfillment operations where palletized loads require stable interlayer support. The white face finish makes layer breaks easy to identify during unloading, improving pick accuracy and pallet inspection. They fit inside standard corrugated cartons and work on full pallet builds where load containment and product separation are required. Sold in packs of 5, they are practical for both high-volume operations and smaller packaging runs.

Key Features

• 200/ECT-32 corrugated construction provides reliable compression resistance between stacked layers
• White face on one side gives a clean appearance and makes layer separations visually distinct
• 42 x 48 inch sheet size covers standard pallet footprints
• Suitable for use on skids or inside outer packaging cartons
• Sold in packs of 5 sheets per pack

Compatibility

Designed as a general-purpose interlayer pad for standard pallet and skid applications where corrugated layer separation is required.

Installation Notes

No tools are required to use corrugated layer pads. Place each sheet flat between product layers during palletizing to ensure even weight distribution and prevent layer-to-layer contact. When used inside cartons, confirm the pad dimensions do not exceed the interior carton dimensions before inserting. Store pads flat in a dry environment to prevent moisture warping that could reduce compression performance.