Bsc Preferred SP1723 Corrugated Layer Pads 50 Pack

Product Description

The BSC PREFERRED SP1723 is a corrugated layer pad designed to protect products during packing, shipping, and storage. Made from 200/ECT-32 kraft corrugated material, these pads are placed between layers of product inside a shipping box to cushion contents and distribute weight evenly across the stack. They also serve as a top layer to shield products from accidental cuts when a box is opened with a blade. Packaging and shipping professionals, warehouse teams, and fulfillment operations use these pads as a standard protective insert in high-volume packing workflows.

These layer pads are sized to fit the most commonly used standard box dimensions, making them a practical fit for a wide range of packing operations. Beyond box layering, they function as envelope stiffeners, keeping flat or rigid items from bending in transit. Each pack contains 50 pads and is sold by the pack. With a package weight of 12.68 pounds and package dimensions of 17 inches by 23 inches by 8 inches, these pads are straightforward to store and handle on a packing line.

Key Features

• Constructed from 200/ECT-32 kraft corrugated for reliable crush resistance
• Sized to fit commonly used standard shipping box formats
• Provides top-layer protection against blade cuts when opening boxes
• Doubles as an envelope stiffener for flat or rigid items
• Sold in packs of 50 for efficient inventory and workflow management

Compatibility

Designed as a general-purpose corrugated layer pad suitable for use in standard shipping and fulfillment box applications across a wide range of industries and box sizes.

Installation Notes

Place pads flat between product layers inside the shipping box, ensuring the pad covers the full footprint of the layer below. For top-layer use, position one pad directly on top of the uppermost product layer before closing and sealing the box. No tools are required. Handle pads in a dry environment to maintain board strength and prevent moisture-related degradation.