Bsc Preferred SP23 Corrugated Layer Pads 24x24 in 50 Pack

Product Description

The BSC PREFERRED SP23 is a corrugated layer pad designed to protect products during packaging, storage, and shipping. Made from 200/ECT-32 kraft corrugated material, these pads are placed between layers of product inside a box to distribute weight evenly and prevent damage. At 24 x 24 inches, the pad dimensions are sized to fit the most commonly used standard box sizes. Each pack contains 50 pads. Packaging and shipping professionals, warehouse staff, and fulfillment operations use these pads as part of standard protective packaging workflows.

These layer pads are suited for use in distribution centers, fulfillment warehouses, and shipping operations handling fragile or stacked goods. Placed between product layers, they prevent shifting and absorb compression forces during transit. The 24 x 24 inch format fits common box footprints without trimming. They also function as stiffeners inside large envelopes or mailers. The top-layer placement helps protect products when a box is opened with a utility knife, reducing the risk of cutting damage to the contents inside.

Key Features

• 200/ECT-32 kraft corrugated construction provides reliable crush resistance between product layers
• 24 x 24 inch size fits the most commonly used standard box dimensions without modification
• Top-layer use protects contents from blade contact when boxes are cut open
• Can double as envelope and mailer stiffeners for flat or rigid items
• Sold in packs of 50 pads for efficient inventory management

Compatibility

Designed as a standard-format corrugated layer pad for use with common box sizes in general packaging and shipping applications.

Installation Notes

Place pads flat between product layers inside the shipping box, ensuring full coverage across the box footprint. No tools are required. For top-layer protection, place one pad directly on top of the uppermost product layer before closing the box. Store pads flat in a dry environment to prevent warping or moisture absorption that could reduce crush resistance.