Bsc Preferred SP58 Corrugated Layer Pads 100 Pack

Product Description

The BSC PREFERRED SP58 corrugated layer pad is a flat protective insert made from 200/ECT-32 kraft corrugated material. These pads are placed between layers of product inside a shipping box to distribute weight evenly and prevent damage during transit. The kraft corrugated construction provides firm, consistent support without adding excessive bulk. Each pack contains 100 pads, sized to fit the most commonly used standard box dimensions. Trade professionals in shipping, fulfillment, and distribution operations rely on these pads to protect goods during staging, storage, and shipment.

These layer pads are suited for a wide range of packaging applications across warehousing, distribution centers, and supply operations. They work as top-layer inserts to protect contents when a box is being opened with a blade, reducing the risk of product damage. They also serve as stiffeners inside envelopes and flat mailers where added rigidity is needed. The pads are sold in bundle quantities of 100 per pack, making them practical for operations that go through high volumes of protective packaging materials on a regular basis.

Key Features

• Manufactured from 200/ECT-32 kraft corrugated for reliable load distribution
• Sized to fit the most commonly used standard box dimensions
• Top-layer use protects product surfaces during box cutting
• Functions as an envelope and flat mailer stiffener
• Sold in quantities of 100 pads per pack for high-volume use

Compatibility

Designed for use with the most commonly used standard corrugated box sizes across general packaging and shipping applications.

Installation Notes

Place pads flat between product layers inside the shipping carton, ensuring full coverage across the layer surface for even weight distribution. When used as a top-layer insert, position the pad directly over the uppermost product layer before closing the box. No tools are required for placement. Handle pads in a dry environment, as corrugated material can lose structural integrity when exposed to moisture.