Bsc Preferred PC504 Gusseted Poly Bags 100 Per Case

Product Description

The BSC PREFERRED PC504 is a large, gusseted poly bag designed to cover equipment and pallets in trade and industrial environments. Each bag protects large items from dirt, dust, and moisture, making them useful during storage, shipping, or job-site staging. The clear poly construction allows visual identification of pallet contents without removing the bag. Bags are pre-cut and perforated on a roll for fast, efficient dispensing. This case contains 100 bags. The gusseted design accommodates bulky or irregular items that standard flat poly bags cannot cover adequately.

These poly bags are well suited for warehouses, distribution centers, HVAC and plumbing supply operations, and job sites where equipment or palletized materials need temporary protection. They can be used to cover large cartons from the inside to guard against moisture infiltration, or pulled over equipment and pallets from the outside to shield against dust and debris during storage or transit. The roll format makes them practical for high-volume packing and shipping operations.

Key Features

• Gusseted construction accommodates oversized and bulky items
• Clear poly material allows visual inspection of contents without removal
• Pre-cut and perforated on a roll for fast, one-at-a-time dispensing
• Dual use: external equipment covers and internal carton liners
• Sold as a case of 100 bags

Compatibility

Designed as a general-purpose large poly bag suitable for covering pallets, large cartons, and equipment in warehousing, packaging, and industrial supply applications. Equivalent to part number S-12481.

Installation Notes

No tools or special equipment are required to use these bags. Tear individual bags from the roll at the perforation before applying over equipment or inserting into cartons. When lining cartons, ensure the bag fully extends to the bottom and sides before loading product. Store unused rolls in a cool, dry location away from direct sunlight to prevent degradation of the poly material.