Bsc Preferred PB1363 Poly Bag Fda Usda 500 Per Case

Product Description

The BSC PREFERRED PB1363 is a poly bag designed with expandable sides and a fitted bottom to simplify packing bulky or irregularly shaped items. The expandable gusset design allows the bag to conform around odd shapes without tearing or distorting, reducing packing time and material waste. These bags meet FDA and USDA specifications, making them suitable for food-contact and food-processing applications. They are compatible with standard closure methods including twist ties, bag tape, and impulse sealers. Sold in cases of 500 units, the PB1363 is a practical stock item for operations that require consistent, compliant poly bag packaging.

The PB1363 is suited for food service, food processing, industrial packaging, and distribution environments where items vary in size and shape. The fitted bottom keeps contents upright and stable during handling. Facilities that require FDA and USDA compliance for packaging materials will find this bag meets those regulatory requirements. The closure flexibility supports both manual operations using twist ties or bag tape and automated or semi-automated sealing with impulse sealers.

Key Features

• Expandable sides accommodate bulky and irregularly shaped items
• Fitted bottom provides stability and keeps contents upright
• Meets FDA and USDA specifications for food-contact use
• Compatible with twist ties, bag tape, and impulse sealers
• Sold in cases of 500 bags for high-volume operations
• Equivalent replacement for part number S-17690

Compatibility

The PB1363 is equivalent to part number S-17690. Designed as a standard poly bag replacement for food service, food processing, and general packaging applications requiring FDA and USDA compliant materials.

Installation Notes

No tools are required for manual closure with twist ties or bag tape. When using an impulse sealer, follow the sealer manufacturer's settings for the appropriate film thickness and material type. Store unused bags in a cool, dry location away from direct sunlight to maintain material integrity.