Bsc Preferred FW116S24 Air Foam Roll

Product Description

The BSC PREFERRED FW116S24 is a non-abrasive air foam roll used for protective packaging in shipping and storage applications. The foam is filled with thousands of small air cells that absorb shock and cushion fragile or delicate items during transit. Its lightweight construction adds minimal weight to shipments while still providing reliable surface protection. The material is moisture resistant, making it suitable for environments where condensation or humidity may be a concern. This roll is a standard unit sold individually and is equivalent to part number S-787.

This air foam roll is used across warehouse, fulfillment, and distribution environments where lightweight cushioning is needed. It is appropriate for wrapping individual parts, interleaving between stacked items, or lining boxes before packing. The foam works well for protecting components with finished surfaces, glass, electronics, and other items sensitive to abrasion or impact. Its flexibility allows it to conform around irregularly shaped objects. Packaging and shipping operations handling a wide range of product types commonly use this material as a general-purpose protective layer.

Key Features

• Non-abrasive surface protects finished and delicate surfaces from scratches
• Air cell construction absorbs shock and reduces impact damage during shipping
• Moisture resistant material suitable for humid storage and transit conditions
• Lightweight foam adds minimal bulk and weight to packaged shipments
• Flexible and conformable around irregular or oddly shaped items
• Equivalent replacement for part number S-787

Compatibility

Designed as a general-purpose protective foam roll for use in standard packaging and shipping operations. Equivalent to part number S-787.

Installation Notes

No tools or trade licensing are required to use this foam roll. Cut to the desired length using scissors or a utility knife. Ensure items are fully wrapped or cushioned before sealing the shipping container. Avoid compressing the foam beyond its rated cushioning range, as over-compression reduces the effectiveness of the air cell structure.