Bsc Preferred SP13 Corrugated Layer Pads 100 Pack

Product Description

The BSC PREFERRED SP13 is a corrugated layer pad designed to protect products during packing and shipping. Manufactured 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. The sizing is matched to commonly used box dimensions, making them a practical fit for standard packing operations. Each pack contains 100 pads. Trade packers, warehouse staff, and shipping departments use these pads as a reliable protective layer in multi-unit pack configurations.

These layer pads are suited for a wide range of packing and shipping applications. They function as top-layer protection inside boxes, shielding contents when a box is opened with a blade. The pads also work as stiffeners inside envelopes and mailers, providing rigidity where needed. They are sold in bundle quantities, with each unit of measure representing a pack of 100 pads, making them appropriate for moderate to high-volume packing operations in warehouse, distribution, and fulfillment environments.

Key Features

• Manufactured from 200/ECT-32 kraft corrugated for consistent strength and rigidity
• Sized to fit commonly used box dimensions for straightforward integration into standard packing lines
• Top-layer placement protects products when boxes are cut open during receiving
• Doubles as an envelope or mailer stiffener for irregular shipments
• Sold in packs of 100 for efficient bulk use

Compatibility

Designed for use as protective layer pads in standard corrugated box packing applications across warehouse, distribution, and fulfillment operations.

Installation Notes

Place pads horizontally between product layers inside the shipping box, ensuring full coverage of the layer below. Use as a top layer before closing the box to protect contents from box cutters during receiving. No tools or special equipment are required for use. Store flat in a dry location to prevent warping or moisture absorption.