Bsc Preferred PB8296 Heavy-duty Poly Bags 500 Per Case

Product Description

The BSC PREFERRED PB8296 is an extra heavy-duty polyethylene bag designed to protect industrial parts, tools, and heavy-weight products from dirt, dust, and moisture. Manufactured from 100% virgin, high clarity polyethylene film, these bags deliver puncture resistance suited to demanding trade and industrial storage environments. Each case contains 500 bags, providing a reliable supply for ongoing packaging operations. The material meets both FDA and USDA specifications, making the bags appropriate for a wide range of storage and handling applications. Bags can be sealed using twist ties, bag tape, or impulse sealers depending on the closure method required for the application.

These poly bags are well suited for use in warehousing, manufacturing, and trade supply environments where parts, tools, or components need protection during storage or transit. Their extra heavy-duty construction makes them appropriate for applications where standard-weight bags may fail under the load or sharp edges of industrial hardware. The 500-count case format supports high-volume usage in shop or distribution center settings.

Key Features

• Extra heavy-duty construction provides puncture resistance for sharp or heavy industrial items
• Made from 100% virgin, high clarity polyethylene film for visibility of bag contents
• Meets FDA and USDA material specifications
• Compatible with twist ties, bag tape, and impulse sealer closure methods
• Sold in a case quantity of 500 bags

Compatibility

Equivalent to part number S-2926. Designed as a general-purpose extra heavy-duty poly bag for industrial parts, tools, and heavy-weight product packaging applications.

Installation Notes

No installation is required for this product. When using an impulse sealer for closure, follow the sealer manufacturer's guidelines for dwell time and temperature settings appropriate for heavy-gauge polyethylene film. Store unused bags in a clean, dry location away from direct sunlight to maintain material integrity over time.