Bsc Preferred LBF2325HB Low Density Trash Bags 500/CS

Product Description

The BSC PREFERRED LBF2325HB is a low density trash bag designed for demanding waste collection tasks in commercial, institutional, and industrial settings. Low density polyethylene construction makes these bags thick and flexible, giving them strong resistance to puncturing and tearing even when loaded with irregular or sharp-edged materials. A star seal bottom distributes weight evenly across the base, reducing the risk of blowouts under load. Cases contain 500 bags, making this SKU suited for high-volume janitorial and facility maintenance programs where consistent liner supply is critical.

These bags are well suited for use in schools, office buildings, healthcare facilities, and light industrial environments where irregular waste shapes are common. The flexible low density material conforms around contents rather than resisting them, which reduces liner failures during removal and transport. Janitorial staff and facility maintenance personnel are the primary installers. The 500-count case format supports bulk storage for supply rooms and janitorial closets.

Key Features

• Low density construction provides superior puncture and tear resistance compared to high density alternatives
• Star seal bottom distributes load stress evenly, reducing base blowouts
• Flexible material accommodates irregular and bulky waste shapes
• 500 bags per case for high-volume facility and janitorial operations
• Non-hazardous material, suitable for standard waste collection applications

Compatibility

Designed as a general-purpose low density trash liner for standard round and rectangular waste receptacles used in commercial and institutional cleaning and janitorial programs.

Installation Notes

No tools are required for liner installation. Ensure the receptacle is clean and dry before inserting a new liner to prevent moisture buildup and odor retention. When removing a loaded bag, grasp the top edges firmly and lift straight up to allow the star seal base to support the load evenly. Follow facility waste management guidelines and applicable local regulations for disposal of collected materials.