Stout by Envision STOG2430W70 Controlled Life-Cycle Plastic Trash Bags, 13gal, .70 mil, 24 x 30, White, 120/BX

Stout by Envision STOG2430W70 Controlled Life-Cycle Plastic Trash Bags are designed for residential and light commercial use where standard 13-gallon waste containment is needed. The bags measure 24 inches by 30 inches and are 0.7 mil thick, placing them in the medium-grade category for strength and puncture resistance, suitable for typical office, breakroom, and janitorial applications. These bags are distinguished by a controlled life-cycle plastic formulation, which accelerates aging in a safe process that returns the organic carbon fundamental to plastic creation back into the natural bio-cycle as a food source for microorganisms. This feature is intended to align disposal practices with environmental considerations while maintaining familiar performance characteristics such as capacity and tear resistance relative to ordinary bags.

The packaging indicates a box-containing format with a total of 120 bags per box, making them practical for regular janitorial supply reordering and routine waste disposal in spaces that generate moderate waste volume. The white color helps with visibility of contents and can aid in maintaining a clean, uniform appearance in waste receptacles. When selecting these bags, users should consider their regular trash volume, the typical use environment, and the liner fit for standard 13-gallon receptacles. The 24" x 30" size provides a comfortable margin for lining most common trash cans without excessive overhang. Maintain routine inventory by accounting for the box quantity and ensuring compatibility with existing receptacle dimensions and waste management workflows.

Features:

• Controlled life-cycle plastics with accelerated aging process
• 13-gallon capacity suitable for common waste streams
• 0.7 mil thickness for moderate strength
• White color, 24" x 30" dimensions
• Box quantity: 120 bags per box
• Manufacturer part number STOG2430W70
• Maintains standard bag performance with life-cycle considerations