Bsc Preferred KP1850 Recycled Kraft Paper Roll 720 Ft

Product Description

The BSC PREFERRED KP1850 is a kraft paper roll designed for protective packaging and wrapping applications. Each roll provides approximately 720 feet of material made from 100% recycled content, making it a practical choice for shops, warehouses, and distribution operations that need a biodegradable void fill or cushioning layer. The paper is well-suited for wrapping individual parts, lining boxes, or adding interleaf layers between stacked items during transit or storage. At roughly 16.86 pounds per roll, it is sized for regular use at a packing station or shipping dock.

This kraft paper roll fits into a wide range of packaging workflows. It works in light manufacturing, parts distribution, e-commerce fulfillment, and general warehouse operations where a reliable, eco-friendly wrap material is needed. The biodegradable construction means it can be disposed of without contributing to non-recyclable waste streams, a practical consideration for operations managing sustainability requirements or waste disposal costs.

Key Features

• Approximately 720 feet of paper per roll for extended use between changeovers
• Made from 100% recycled material
• Biodegradable construction supports sustainable packaging practices
• Suitable for wrapping boxes, parts, and layering applications
• Roll dimensions of 8 inches height by 18 inches width fit standard packing station dispensers
• Equivalent to part number S-1911

Compatibility

Equivalent to part number S-1911. Designed as a general-purpose protective paper wrap compatible with standard roll-fed packing station dispensers used in warehouse and shipping environments.

Installation Notes

No tools or trade licensing are required for use. Load the roll onto a compatible paper dispenser or cutter bar at the packing station before use. Keep rolls stored in a dry environment to prevent moisture absorption, which can reduce tear resistance. Handle with care to avoid crushing the roll core, which may cause uneven feeding.