Bsc Preferred CP1620 Chipboard Pads 275 Per Case

Product Description

The BSC PREFERRED CP1620 is a chipboard pad made from recycled kraft fibreboard, designed for use as an envelope stiffener or as a top-layer carton liner. These pads add a rigid barrier inside envelopes and mailers to prevent bending and creasing of contents during transit. Placed on top of packed cartons, they shield contents from box cutters and knives during unpacking. The recycled paper construction makes them a practical, cost-conscious choice for shipping and packaging operations. Each case contains 275 pads, suitable for high-volume fulfillment and warehouse environments where consistent pack protection is a daily requirement.

The CP1620 chipboard pad is used across warehousing, fulfillment centers, print shops, and distribution operations. It works as an envelope stiffener when inserted into mailers carrying flat documents, photos, or rigid printed materials. It also functions as a carton top-layer insert, protecting goods from accidental knife cuts during box opening. The sold-by-case unit of measure makes it straightforward to stock in bulk for ongoing shipping line use. This product is equivalent to part number S-18199.

Key Features

• Sturdy kraft fibreboard construction resists bending and compression
• Functions as an envelope stiffener to protect flat or rigid mailer contents
• Top-layers cartons to guard against box cutter and knife damage during unpacking
• Made from recycled paper for a sustainable packaging solution
• Sold in cases of 275 pads for efficient bulk stocking
• Equivalent replacement for part number S-18199

Compatibility

Designed as a direct equivalent to part number S-18199. Suitable for use as an envelope stiffener or carton top-layer pad in standard shipping and fulfillment packaging operations.

Installation Notes

No tools are required for use. Insert pads into envelopes or mailers before sealing, or place flat on top of packed carton contents before closing the box. Store cases flat in a dry location to prevent warping or moisture absorption that could reduce pad rigidity.