Bsc Preferred FW332S12 Air Foam Roll Packing Material

Product Description

The BSC PREFERRED FW332S12 is a non-abrasive, lightweight air foam roll used to protect products during shipping and storage. The foam is filled with thousands of small air cells that absorb shock and cushion delicate items against impact. It provides surface protection without scratching or marring finished materials. The roll is moisture resistant, making it suitable for environments where humidity or condensation is a concern. Warehouse staff, shipping departments, and fulfillment operations use this material when packing fragile or surface-sensitive goods for transit.

This air foam roll is suited for general protective packaging applications across industrial, commercial, and trade supply environments. It is commonly used to wrap components, hardware, tools, and other items that require light cushioning and surface protection before boxing or palletizing. The roll format allows users to cut lengths to size as needed, reducing waste and fitting a wide range of item dimensions. It is an equivalent replacement for part number S-1571.

Key Features

• Thousands of cushioning air cells provide shock absorption for delicate or surface-sensitive items
• Non-abrasive surface will not scratch or mar finished parts or equipment
• Moisture resistant construction suitable for humid storage and shipping conditions
• Lightweight material reduces added package weight during shipment
• Roll format allows on-demand cutting to fit varying item sizes
• Equivalent replacement for part number S-1571

Compatibility

Designed as a direct equivalent replacement for part number S-1571. Suitable for general protective packaging use across a wide range of shipping and storage applications.

Installation Notes

No installation is required for this product. Cut the foam roll to the desired length using a utility knife or scissors. Wrap items securely before placing them in a shipping carton or storage container. Avoid compressing the foam beyond its cushioning capacity, as excessive compression will reduce shock absorption effectiveness.