Bsc Preferred CP8511 Chipboard Pads 960 Per Case

Product Description

The BSC PREFERRED CP8511 chipboard pads are rigid kraft fibreboard sheets designed for use as envelope stiffeners and carton top layers. Made from recycled paper, these pads provide a firm, flat barrier that keeps envelopes and documents from bending during handling and transit. Placed on top of packed cartons, they also act as a protective layer against box cutters and knives during opening. Each case contains 960 pads, making this a practical bulk supply for high-volume shipping and fulfillment operations. The case weighs 52 pounds and measures 12 inches long by 17.5 inches wide by 11.5 inches high.

These chipboard pads are suited for warehouse, fulfillment center, and mailroom applications where document mailers, flat envelopes, or stacked cartons require added rigidity and surface protection. The pads are commonly placed inside envelopes to prevent flex during postal handling or laid flat as a top layer inside shipping cartons before sealing. Their recycled kraft fibreboard construction makes them a standard choice in both light industrial and commercial packing environments.

Key Features

• Rigid kraft fibreboard construction provides reliable stiffness for envelope and carton applications
• Functions as an envelope stiffener to prevent bending and creasing during transit
• Top-layer carton use protects contents from box cutters and knives during unpacking
• Made from recycled paper for sustainable packaging operations
• Bulk case quantity of 960 pads reduces reorder frequency for high-volume operations

Compatibility

Equivalent replacement for part number S-6416. Designed as a standard chipboard pad for general envelope stiffening and carton top-layer protection across common packaging and shipping applications.

Installation Notes

No tools or special equipment are required for use. Insert pads into envelopes before loading documents, or place flat across the top layer of packed carton contents before sealing. Store cases flat in a dry environment to prevent moisture absorption and warping of the fibreboard sheets.