Bsc Preferred FP33 Polyethylene Foam Bags Case of 1000

Product Description

The BSC PREFERRED FP33 is a non-abrasive polyethylene air foam bag designed to cushion and protect small parts during storage, handling, and shipping. Each bag is cut and heat-sealed from 1/8-inch polyethylene foam, creating a lightweight enclosure that conforms gently around contents without scratching or marking surfaces. The foam construction provides a soft barrier against impact and abrasion, making these bags a practical choice for packaging delicate components in distribution, manufacturing, and trade supply environments. Each case contains 1000 bags.

These foam bags are suited for light industrial and commercial packaging applications where small, fragile, or scratch-sensitive parts require individual protection. Common uses include wrapping hardware, small electrical components, fittings, and other trade-supply parts prior to storage or shipment. A pink anti-static version is also available for applications involving electrostatic-sensitive components. These bags are sold by the case and are appropriate for facilities that package parts in volume.

Key Features

• Made from 1/8-inch polyethylene foam for consistent, uniform cushioning
• Non-abrasive surface prevents scratching or marking of packaged parts
• Cut and heat-sealed construction creates a secure, lightweight bag form
• Suitable for small parts protection in storage and shipping environments
• Pink anti-static version available for electrostatic-sensitive components
• Sold in cases of 1000 units for volume packaging operations

Compatibility

Designed as a general-purpose protective packaging solution for small parts across light industrial, trade supply, and commercial shipping applications. Equivalent to part number S-13646.

Installation Notes

No tools or trade licensing are required to use these bags. Store cases in a dry location away from direct heat sources to prevent foam degradation. When packaging electrostatic-sensitive components, use the pink anti-static variant rather than standard polyethylene foam to avoid potential damage from static discharge.