Bsc Preferred KP1840 Kraft Paper Roll 900 Ft Recycled

Product Description

The BSC PREFERRED KP1840 is a kraft paper roll designed for protective packaging applications in shipping and fulfillment operations. Each roll provides approximately 900 feet of paper made from 100% recycled material and is fully biodegradable, making it a practical choice for operations managing waste or sustainability requirements. The roll weighs 18.28 pounds and ships in a package measuring 18 inches wide by 8 inches tall by 8 inches deep. It is commonly handled by warehouse staff, shipping coordinators, and supply chain personnel in both light industrial and commercial settings.

This kraft paper roll is suited for wrapping individual parts, boxing insulation, layering between stacked items, and cushioning fragile components during transit. The 900-foot length per roll reduces changeover frequency in high-volume packing lines. Its biodegradable construction aligns with standard waste-reduction practices in distribution centers, manufacturing facilities, and trade supply operations. The roll format allows it to be used with standard paper dispensers or cut manually as needed.

Key Features

• Approximately 900 feet of paper per roll reduces changeover in active packing areas
• Made from 100% recycled material supporting sustainable packaging practices
• Fully biodegradable construction for compliant disposal
• Suitable for wrapping parts, boxing, layering, and void fill applications
• Sold individually (each) with a minimum order quantity of 1

Compatibility

Designed as a general-purpose protective packaging paper compatible with standard kraft paper dispensers and manual packing workflows. This product is equivalent to part number S-2207.

Installation Notes

No tools or trade licensing are required for use. Mount the roll on a standard kraft paper dispenser or wall-mounted roll holder before use. Tear or cut to the required length using a straight edge or dispenser blade. Store rolls horizontally in a dry environment to prevent moisture absorption and edge damage.