Bsc Preferred PB1664 Expandable Poly Bags 1000/case

Product Description

The BSC PREFERRED PB1664 is an expandable poly bag designed for packing bulky or irregularly shaped items. The bag features gusseted sides and a fitted bottom construction that allows it to expand and conform around oversized contents, reducing the effort required to load and seal. The PB1664 meets FDA and USDA specifications, making it suitable for food-contact and food-service applications. These bags are compatible with twist ties, bag tape, and impulse sealers, giving packing operations flexibility in how they close and secure each unit. The case contains 1000 bags.

The PB1664 is used in food processing, food service distribution, institutional kitchens, and general industrial packing environments. The expandable gusset design is particularly useful when packing products that do not conform to a standard rectangular footprint. The FDA and USDA compliance makes this bag appropriate for direct food contact use in regulated facilities. Each case ships as a single unit of measure with 1000 bags included, suited for high-volume packing lines or supply rooms that need consistent stock on hand.

Key Features

• Expandable gusseted sides and fitted bottom accommodate bulky or irregular item shapes
• Meets FDA and USDA specifications for food-contact applications
• Compatible with twist ties, bag tape, and impulse sealers for flexible closure options
• Sold in cases of 1000 bags for high-volume use
• Inside dimensions represent actual usable interior space

Compatibility

Designed as a general-purpose expandable poly bag for food-contact and industrial packing applications. This product is equivalent to part number S-16584.

Installation Notes

No tools or trade licensing are required to deploy these bags on a packing line. When using an impulse sealer, follow the sealer manufacturer's settings for the bag film gauge to achieve a consistent seal. Store bags in a clean, dry environment away from direct sunlight and sharp objects to prevent premature degradation of the film.