Plasticplace 55-Gallon Contractor Bags – 4 Mil Thick Black 38 x 58, 32/Case

Heavy-Duty Debris Solution for Tough Jobs

When cleanups involve rugged materials, you need a bag that won’t back down. Plasticplace 55 Gallon Contractor Bags are built with a full 4 mil thickness of low-density plastic, delivering reliable strength for demanding trash tasks. The deep black film helps hide grime, while a sturdy gusset enhances capacity and fit. Whether you’re loading drywall scraps, nails, wood, or shattered concrete, these bags are designed to handle the kind of debris construction sites often generate, without sacrificing flexibility or ease of use.

The bags are designed to stand up on their own thanks to an expanding gusset seal, making it easier to line large drums or simply drop them in place for quick cleanup. At 38 inches wide by 58 inches tall, they accommodate substantial volumes and fit many standard 55–60 gallon waste containers. In practice, this means fewer trips to remove material and a cleaner, more efficient work area as the job progresses.

Key Strengths at a Glance

• PUNCTURE and TEAR RESISTANT film provides solid protection against rough, heavy, and irregular debris.
• SUPER THICK 4.0 MIL construction stands up to heavy loads like bricks, sheetrock, framing, and more.
• EXPANDING GUSSET SEAL enables a snug fit for large drums or standing upright use.
• VERSATILE for construction debris, demolitions, heavy cleanup, yard work, garage cleanup, and workshop storage.

Practical Uses on Site

• Construction debris: drywall scraps, nails, wood, and metal can be contained with reduced risk of tearing.
• Heavy-duty cleanups: ideal for yard waste, garage messes, and workshop trash where durability matters.
• Storage and transport: robust 32-count packaging keeps supplies organized and ready for crews.

In short, Plasticplace bags offer a straightforward, reliable option for bulky waste management. They complement standard 55-gallon drum liners and support efficient job-site cleanup without promising outcomes that depend on unknown variables.