Bsc Preferred PB8570 Heavy-duty Poly Bags 250/case

Product Description

The BSC PREFERRED PB8570 is an extra heavy-duty poly bag designed to protect heavy industrial parts, tools, and components from dirt, dust, and moisture. Manufactured from 100% virgin, high-clarity polyethylene film, these bags offer superior puncture resistance compared to standard-gauge alternatives. They meet FDA and USDA specifications, making them suitable for a wide range of storage and shipping applications. Each case contains 250 bags. Bags can be sealed using twist ties, bag tape, or impulse sealers, giving technicians and warehouse staff flexible closure options depending on workflow and available equipment.

These poly bags are well suited for industrial and trade environments where parts, fittings, hardware, and tools need reliable protection during storage or transit. The extra heavy-duty construction is appropriate for components with sharp edges or irregular profiles that would puncture lighter-gauge bags. Typical applications include packaging HVAC components, plumbing fittings, electrical hardware, and pool service parts for storage or delivery to job sites.

Key Features

• Puncture-resistant construction rated for heavy-duty industrial use
• Made from 100% virgin, high-clarity polyethylene film for visibility and cleanliness
• Meets FDA and USDA specifications
• Compatible with twist ties, bag tape, and impulse sealers for flexible closure
• Sold in a case quantity of 250 bags

Compatibility

The PB8570 is equivalent to part number S-11037. Designed as a general-purpose heavy-duty poly bag for industrial parts storage and packaging applications.

Installation Notes

No tools or trade licensing are required to use these bags. Store cases in a dry location away from direct sunlight to preserve film clarity and integrity. When using an impulse sealer, verify the sealer jaw temperature setting is appropriate for the bag gauge before sealing. Do not overfill bags beyond their rated capacity, as this can compromise the seal and reduce puncture resistance.