Bsc Preferred CP4848 Chipboard Pads 48x48 in 425 Per Case

Product Description

The BSC PREFERRED CP4848 is a chipboard pad designed for use as an envelope stiffener and carton top layer. Constructed from sturdy kraft fiberboard made with recycled paper, these pads measure 48 x 48 inches and ship in a case quantity of 425. They are placed on top of packed cartons to shield contents from box cutters, blades, and handling damage during shipping and storage. Warehouse staff, shipping departments, and distribution operations are the primary users of this product. The fiberboard material provides a firm, flat barrier layer without adding significant bulk to outbound shipments.

These chipboard pads are suited for high-volume packaging and fulfillment environments where carton protection and envelope stiffening are routine requirements. At 48 x 48 inches, each pad covers a full standard pallet-sized carton top. The case pack of 425 units supports continuous-use applications in distribution centers, manufacturing shipping docks, and mail fulfillment operations. They are also used in mailer preparation to keep flat items rigid during transit.

Key Features

• 48 x 48 inch pad size covers large carton tops and pallet layers
• Sturdy kraft fiberboard construction resists cutting and puncture from box knives
• Made from recycled paper content
• Functions as both an envelope stiffener and a carton top-layer protector
• Case pack of 425 pads supports high-volume shipping operations

Compatibility

Designed as a general-purpose chipboard pad for use in packaging and shipping applications requiring carton top protection or flat-mail stiffening. This product is equivalent to part number S-19752.

Installation Notes

Place pads flat on top of packed carton contents before sealing, or insert into envelopes and mailers to maintain rigidity around flat items. No tools are required for use. Store pads flat in a dry environment to prevent warping or moisture absorption that could reduce stiffness. Note that this item may incur additional freight charges due to its size and case weight.