Bsc Preferred FWUPS116S12P Foam Roll Packing Material

Product Description

The BSC PREFERRED FWUPS116S12P is a perforated foam roll designed for protective packaging in shipping and fulfillment operations. Cross-perforated every 12 inches for clean, consistent tear-off, this foam roll provides lightweight cushioning that absorbs impact, resists moisture, and leaves no marks or abrasions on wrapped surfaces. At approximately 4.84 pounds per roll, it is sized to ship via UPS without special freight handling. Packaging professionals, warehouse staff, and trade supply operations use this material to wrap fragile components, hardware, and equipment parts before transit.

This foam roll is suited for general-purpose packing applications across industrial, trade, and commercial shipping environments. It fits within standard packaging workflows where quick, repeatable wrapping is needed. The 12-inch perforation interval allows users to tear consistent sheets without tools, reducing prep time on the pack bench. The roll dimensions of 25 inches by 25 inches by 12 inches make it compatible with standard shelving and packing station storage. Its moisture-resistant construction makes it appropriate for parts or products sensitive to surface contamination during storage and transit.

Key Features

• Cross-perforated every 12 inches for tool-free, consistent tear-off
• Foam construction absorbs shock and cushions fragile items
• Non-abrasive surface keeps wrapped products clean and mark-free
• Moisture-resistant material protects against surface contamination
• UPSable roll size eliminates the need for freight shipping
• Lightweight at approximately 4.84 pounds per roll

Compatibility

Designed as a general-purpose foam packing roll for protective packaging applications in shipping, warehousing, and industrial supply environments. This product is equivalent to part number S-2963P.

Installation Notes

No tools are required to dispense this foam roll. Tear sheets at perforation intervals by hand. Store rolls horizontally on a flat surface or upright in a dispenser rack to prevent deformation. Keep away from prolonged exposure to direct heat sources, which may affect foam density and cushioning performance.