Bsc Preferred LBF3340HB Low Density Trash Bags 250ct

Product Description

The BSC PREFERRED LBF3340HB is a case of low density trash bags designed for heavy-duty waste containment in commercial and industrial settings. Low density polyethylene construction makes these bags thick and flexible, with strong resistance to puncturing and tearing. The star seal bottom distributes stress evenly across the base, reducing the risk of blowouts under load. Each case contains 250 bags, making it a practical bulk supply for facilities with high-volume waste removal needs. These bags are well suited for irregular shaped or sharp-edged waste that would compromise thinner liner options.

These bags are intended for use in janitorial, maintenance, and facilities management applications. Typical install scenarios include lining waste receptacles in commercial kitchens, warehouses, office buildings, and industrial work areas where puncture resistance is a priority. The flexible low density material conforms to container shapes and handles bulky or uneven loads without splitting at the seams.

Key Features

• Low density construction provides thick, flexible walls resistant to punctures and tears
• Star seal bottom distributes load stress evenly to reduce base failure
• Handles irregular shaped and sharp-edged waste without compromising integrity
• Sold in a case of 250 bags for high-volume facility use
• Non-hazardous material, suitable for general waste streams

Compatibility

Designed as a general-purpose low density trash bag liner compatible with standard commercial and industrial waste receptacles. This product is equivalent to part number S-15536.

Installation Notes

Installation requires no tools. Open the bag fully before inserting into the receptacle to ensure the star seal base seats correctly at the bottom of the container. Overfilling beyond the bag's rated capacity increases the risk of seal failure at the base. Facilities staff or janitorial personnel typically handle liner replacement as part of routine waste management procedures.