Bsc Preferred PB8713 Heavy-duty Poly Bags 25 Per Case

Product Description

The BSC PREFERRED PB8713 is an extra heavy-duty poly bag designed to protect heavy-weight products including industrial parts, tools, and equipment from dirt, dust, and moisture. Manufactured from 100% virgin, high-clarity polyethylene film, these bags offer puncture resistance suited to demanding storage and shipping environments. They meet FDA and USDA specifications, making them appropriate for applications where food-safety compliance is required. Sold in cases of 25, they are a practical stock item for facilities, warehouses, and trade shops that routinely package or store components.

These poly bags are well suited to industrial, commercial, and light manufacturing environments where parts protection during storage or transit is a routine requirement. Typical applications include packaging HVAC components, plumbing fittings, electrical parts, and hand tools. They can be sealed using twist ties, bag tape, or impulse sealers, giving maintenance and supply teams flexibility based on available equipment on site.

Key Features

• Puncture-resistant construction for protecting heavy-weight industrial parts and tools
• Made from 100% virgin, high-clarity polyethylene film
• Meets FDA and USDA specifications for food-contact compliance
• Compatible with twist ties, bag tape, and impulse sealers for closure flexibility
• Sold 25 bags per case for convenient bulk stocking
• Equivalent to part number S-11049

Compatibility

Equivalent to part number S-11049. These bags are a general-purpose heavy-duty poly bag suited for industrial parts packaging, tool storage, and supply chain protection applications across trade and commercial settings.

Installation Notes

No installation is required. When using an impulse sealer, follow the sealer manufacturer's guidelines for dwell time and temperature settings appropriate to the bag film thickness. Store unused bags flat in a clean, dry location away from direct sunlight and heat sources to maintain film integrity over time.