Bsc Preferred LBF3658X3B Low Density Trash Bags 100ct

Product Description

The BSC PREFERRED LBF3658X3B is a case of 100 low density polyethylene trash bags designed for demanding janitorial and facility maintenance applications. Low density construction makes these bags thick and flexible, giving them strong resistance to puncturing and tearing during use. A star seal bottom distributes weight evenly across the base, reducing the risk of blowouts when bags are loaded with heavy or irregular waste. These bags are a standard supply item for custodial crews, building service contractors, and facilities maintenance teams.

These bags are well suited for collecting irregularly shaped debris, bulky waste, and general trash in commercial, institutional, and light industrial settings. The flexible low density film conforms around sharp or uneven items without splitting, making them a practical choice for office, warehouse, breakroom, and common-area waste receptacles. Each case contains 100 bags and is sold as a single case unit. This product is equivalent to part number S-5111.

Key Features

• Low density construction provides superior puncture and tear resistance compared to high density alternatives
• Star seal bottom distributes load stress across the base to reduce blowouts
• Flexible film conforms around irregular and sharp-edged items
• 100 bags per case for efficient inventory management
• Equivalent replacement for part number S-5111

Compatibility

Designed as a general-purpose low density trash bag for standard commercial and institutional waste receptacles. Equivalent to part number S-5111.

Installation Notes

These bags are installed by custodial and facilities maintenance staff as part of routine waste management operations. Inspect the liner before loading to confirm the star seal is intact. When lining receptacles with sharp internal edges or corners, seat the bag fully to avoid stress concentration at the seal. Follow facility waste segregation protocols when selecting the appropriate bag for a given waste stream.