Stout Controlled Life-Cycle Plastic Trash Bags, 33 gal, 1.1 mil, 33" x 40", Green, 40/Box

Controlled Life-Cycle Plastic Trash Bags, 33 gal, 1.1 mil, 33" x 40", Green, 40/Box

These controlled life-cycle plastic trash bags are 33 gallon green liners for trash collection and waste handling. They fit buyers who want an extra-heavy 1.1 mil bag for everyday facility use while choosing a plastic bag modified to accelerate aging. Each box packs 40 bags, and this size measures 33 inch x 40 inch.

Good Fit For

• Facility waste collection
• Janitorial supply rooms
• Larger trash receptacles

Key Features

• 33 gallon capacity works for larger trash receptacles and higher-volume waste collection
• 1.1 mil extra-heavy gauge offers a thicker bag option for tougher everyday loads
• Controlled life-cycle plastic is modified to accelerate aging
• Green color can help support color-based liner selection in facility workflows
• 33 inch x 40 inch size gives buyers a clear fit reference before ordering
• 40 bags per box supports routine janitorial and facility purchasing

Applications and Usage

• Lining 33 gallon trash cans in commercial or institutional settings
• Stocking facility closets with extra-heavy trash bags for routine cleanup
• Using green liners where color helps separate waste streams or cleaning tasks

Packaging and Handling

• Packaging: 40/Box.
• Material: Plastic.
• Check your receptacle dimensions to confirm the 33 inch x 40 inch bag size fits properly.
• This is an extra-heavy 1.1 mil bag, which may suit heavier everyday loads better than lighter liners.
• If color matters in your workflow, this SKU is green.

FAQ

• What size container is this trash bag meant for? This trash bag is sized for 33 gallon use.
• How thick are these trash bags? These bags are 1.1 mil and graded extra-heavy.
• What are the bag dimensions? Each bag measures 33 inch x 40 inch.
• How many bags come in a box? Each box includes 40 trash bags.
• What does controlled life-cycle plastic mean here? The plastic is modified to accelerate aging while returning the organic carbon from which plastic is made to the natural bio-cycle as a food source for microorganisms.

From Envision by Stout.