Bsc Preferred PB8298 Heavy-duty Poly Bags 500 Per Case

Product Description

The BSC PREFERRED PB8298 is an extra heavy-duty poly bag designed to protect heavy industrial parts, tools, and components from dirt, dust, and moisture during storage and shipping. Manufactured from 100% virgin, high-clarity polyethylene film, these bags deliver strong puncture resistance and reliable barrier performance. They meet FDA and USDA specifications, making them appropriate for applications where food-contact compliance is required. Sold in a case of 500, the PB8298 is a standard choice for industrial packing lines, maintenance shops, and distribution centers that need a dependable bulk bag supply.

These poly bags are suited for packaging and shipping operations in commercial and industrial environments. Typical applications include bagging heavy metal parts, fasteners, hand tools, and similar trade supplies. They are compatible with standard bag-sealing methods including twist ties, bag tape, and impulse sealers, giving packing staff flexibility in how they close and secure each bag. The case quantity of 500 units supports high-volume packing workflows without frequent reordering.

Key Features

• Puncture-resistant construction rated for heavy industrial parts and tools
• Made from 100% virgin, high-clarity polyethylene film for clean product visibility
• Meets FDA and USDA specifications for applicable food-contact uses
• Compatible with twist ties, bag tape, and impulse sealers
• Sold in a case of 500 bags for high-volume packing operations

Compatibility

Designed as an OEM-equivalent replacement for part number S-11025. Suitable for general industrial bagging applications requiring extra heavy-duty polyethylene film bags.

Installation Notes

No tools or trade licensing are required for use. Seal bags using a compatible impulse sealer, bag tape, or twist ties appropriate for the load weight. Store unused bags flat in a dry location away from direct sunlight to preserve film integrity. Do not exceed the bag's rated load capacity, as overfilling can compromise the puncture-resistant properties.