Box Packaging Inc CP2638 Chipboard Pads Kraft 90 Pack

Product Description

The BOX PACKAGING INC CP2638 is a pack of 90 kraft chipboard pads designed to protect products during shipping and storage. Each pad measures 38.25 inches long by 26.25 inches wide and is constructed from 0.22-point kraft fibreboard. These pads serve as rigid layer separators inside cartons, reducing product movement and absorbing impact when cartons are opened or handled. Warehouse staff, shipping departments, and packaging operations use these pads as a standard component in high-volume fulfillment lines.

These chipboard pads are suited for top-layering inside cartons to shield products from cutting tools during unboxing. They work between stacked layers of product to prevent surface contact and shifting. They can also be inserted into envelopes or mailers as stiffeners to keep flat goods rigid in transit. The kraft construction makes them a practical choice for general industrial and commercial packaging applications where a cost-effective, lightweight separator is needed.

Key Features

• 0.22-point kraft fibreboard construction provides consistent rigidity and layer separation
• 38.25 inches x 26.25 inches format covers large carton footprints
• Functions as a top-layer protector against cutting damage during carton opening
• Usable as an interlayer separator between stacked product rows
• Compatible as an envelope or mailer stiffener for flat goods
• Pack of 90 pads supports high-volume shipping and fulfillment operations

Compatibility

Designed as a general-purpose chipboard pad for use in standard corrugated cartons, mailers, and fulfillment packaging where layer separation or surface protection is required.

Installation Notes

No tools are required for placement. Insert pads horizontally between product layers or position as a top layer before sealing the carton. Ensure the pad lies flat with no folds or overlaps that could create pressure points against packaged goods. Store unused pads in a dry environment to prevent moisture absorption and warping.