Bsc Preferred KPB4850 Bogus Kraft Paper Void Fill 720 Ft

Product Description

The BSC PREFERRED KPB4850 is a bogus kraft paper roll designed for void fill and protective packaging applications. Made from newsprint and recycled fibers, this soft, lightweight paper cushions products during shipping by filling empty space inside cartons and parcels. Each roll provides 720 feet of usable material, reducing the need for frequent roll changes during high-volume packing runs. The biodegradable construction makes disposal straightforward and aligns with waste-reduction requirements common in commercial shipping and fulfillment operations. Warehouse staff and shipping personnel are the primary users of this product.

This bogus kraft paper is suited for light-duty void fill in standard carton packing. It works well in distribution centers, fulfillment warehouses, and shipping departments that process moderate to high volumes of outbound parcels. The roll format allows for easy hand-tearing to size, making it practical for bench-top packing stations. It is not intended for heavy-duty cushioning of fragile or high-value items where foam or molded pulp inserts would be more appropriate.

Key Features

• 720 feet per roll provides extended run time between roll changes
• Made from newsprint and recycled fibers for an economical, resource-conscious option
• Biodegradable material simplifies disposal and supports sustainability goals
• Soft texture reduces surface marking on packaged goods
• Roll format supports hand-tear use at packing benches without additional equipment

Compatibility

Designed as a general-purpose void fill paper compatible with standard carton packing workflows. This product is equivalent to part number S-12833.

Installation Notes

No tools or special equipment are required for basic hand-tear void fill use. For integration with paper dispensing or crumpling machines, verify roll core dimensions against the equipment specifications before use. Store rolls in a dry environment away from moisture to prevent degradation of the paper fibers.