Bsc Preferred CP1414 Chipboard Pads 460 Per Case

Product Description

The BSC PREFERRED CP1414 chipboard pads are flat, rigid sheets made from recycled kraft fiberboard, designed for use as envelope stiffeners and protective inserts in packaging operations. Each pad provides a firm surface that resists bending and puncture, making it well-suited for topping cartons to shield contents from box cutters and knives during the unboxing process. The sturdy fiberboard construction holds its shape under normal handling and stacking loads. This case pack includes 460 individual pads, making it practical for high-volume shipping and fulfillment environments where consistent, reliable cushioning inserts are needed on a recurring basis.

These chipboard pads are used in warehousing, fulfillment centers, and light industrial packaging lines. They function as envelope stiffeners for flat mail and documents and as top-layer carton liners to reduce damage from cutting tools during receiving. The CP1414 is sold by the case and is appropriate for operations that process moderate to high volumes of outbound shipments requiring added surface protection. Packaging and shipping staff, warehouse associates, and mailroom personnel are the typical end users.

Key Features

• Recycled kraft fiberboard construction provides rigid, reliable stiffening
• Functions as an envelope stiffener to prevent bending of flat contents
• Top-layers cartons to protect against box cutter and knife damage during receiving
• 460 pads per case supports high-volume packaging operations
• Equivalent replacement for part number S-18198

Compatibility

Equivalent to part number S-18198. Designed as a direct replacement chipboard pad for standard envelope stiffening and carton top-layering applications.

Installation Notes

No tools are required for use. Insert pads flat against document surfaces inside envelopes or lay pads as a top layer inside cartons prior to sealing. Store flat in a dry environment to prevent warping or moisture absorption that could reduce rigidity.