Bsc Preferred FW18S36P Foam Roll 18 in X 36 Ft

Product Description

The BSC PREFERRED FW18S36P is a polyethylene foam roll designed for protective packaging applications across shipping, storage, and fulfillment operations. The roll is cross-perforated every 12 inches, allowing for clean, consistent tear-off without tools. Its shock-absorbing construction cushions fragile and delicate items during transit while the moisture-resistant material guards against surface damage. This product is a direct equivalent to part number S-1100P. Warehouse staff, shipping departments, and trade supply operations commonly use this roll for wrapping parts, hardware, and components before shipment or storage.

This foam roll is suited for light-duty protective packaging in residential, commercial, and industrial fulfillment environments. It is appropriate for wrapping plumbing fixtures, HVAC components, electrical parts, and other trade supplies requiring surface protection. The cross-perforation pattern allows users to pull consistent 12-inch sheets without measuring or cutting. Its moisture-resistant surface makes it a practical choice for staging areas and storage applications where humidity or condensation is a concern.

Key Features

• Cross-perforated every 12 inches for quick, tool-free tear-off
• Shock-absorbing foam construction cushions delicate or fragile items
• Moisture-resistant material provides surface protection during storage and transit
• Equivalent replacement for part number S-1100P
• Sold individually as a single roll unit

Compatibility

Equivalent to part number S-1100P. Designed as a general-purpose protective foam roll suitable for standard packing and shipping applications across trade and industrial supply environments.

Installation Notes

No tools are required to dispense this foam roll. Tear sheets at the pre-scored 12-inch perforations by hand. Store rolls in a dry location away from prolonged direct sunlight to maintain material integrity. Handle the roll from the core to avoid compression damage to the outer layers during storage.