Bsc Preferred NP3090 Recycled Kraft Paper Void Fill Roll

Product Description

The BSC PREFERRED NP3090 is an all-purpose kraft paper void fill roll designed for protective packaging and box stuffing applications. Made from 100% recycled material, it provides an economical solution for filling empty space in shipping cartons to prevent product movement and damage in transit. The roll is unprinted and clean, making it suitable for a wide range of packaging environments. Shipping and fulfillment teams dispense this product easily with standard roll paper cutters, reducing prep time during packing operations. At 36.46 pounds per roll, it offers substantial volume for high-throughput packaging lines.

This void fill paper is used in warehouse, distribution, and fulfillment center environments where lightweight, recyclable protective packaging is needed. It fits standard shipping workflows for e-commerce, industrial supply, and retail distribution operations. The roll format allows quick, on-demand dispensing and works well alongside existing packing stations equipped with roll paper cutter dispensers. It is suitable for both light and moderate cushioning requirements in standard corrugated cartons.

Key Features

• Made from 100% recycled material, supporting sustainable packaging practices
• Unprinted and clean surface, compatible with a wide variety of shipment types
• Roll format designed for use with standard roll paper cutters for efficient dispensing
• All-purpose void fill suitable for light to moderate cushioning and carton stuffing
• Equivalent to part number S-2464

Compatibility

Designed as a general-purpose void fill roll compatible with standard roll paper cutter dispensers used in warehouse and fulfillment packaging stations. Equivalent to part number S-2464.

Installation Notes

Load the roll onto a compatible roll paper cutter dispenser before use. No tools or special equipment are required beyond a standard roll dispenser. Keep rolls stored in a dry environment to prevent moisture absorption, which can affect paper integrity and dispensing performance.