Pitt Plastics 33  gal Mighty Tough Trash Can Liner Bags - 39"L x 33"W, LDPE, White (MT403XW) - Image 1
SKU: 418-561136
Brand: Pitt Plastics
Model: MT403XW

Pitt Plastics 33 gal Mighty Tough Trash Can Liner Bags - 39"L x 33"W, LDPE, White (MT403XW)

Pitt Plastics MT403XW 33-gallon LDPE trash can liners offer chemical resistance and flexibility, designed for commercial kitchens. White, durable, and easy to tear from a perforated roll.

Key Features

  • 33-gallon capacity with a 39" x 33" size, designed to fit standard commercial trash cans and minimize external messes.
  • Made from **LDPE plastic**, offering **chemical resistance** and **flexibility** for long-lasting durability, even in high-use environments.
  • White color matches most commercial aesthetics, blending seamlessly into restaurant and kitchen settings.
  • Perforated roll design allows for easy tearing, ensuring quick and convenient disposal without tools.
  • Ideal for **commercial kitchens, restaurants, and facility maintenance**—built to handle the demands of high-traffic spaces.
Starting from $36.58/unit

Volume discounts available

Elevate your commercial kitchen or restaurant's cleanliness with **Pitt Plastics 33-gallon Mighty Tough Trash Can Liner Bags (MT403XW)**. Made from **LDPE plastic**, these liners are built to withstand chemical wear while maintaining flexibility throughout use, ensuring a mess-free operation. Perfect for high-traffic commercial settings, these white liners complement any aesthetic while providing a **33-gallon capacity** that minimizes external messes. Attached to a perforated roll for smooth tearing, they offer convenience and durability, making them a must-have for restaurant owners, hospitality managers, and facility maintenance teams. Whether you're outfitting a bustling restaurant kitchen or maintaining a large-scale commercial space, these liners provide the strength and reliability you need to keep your environment clean and organized. Invest in **long-lasting, chemical-resistant trash can liners** that exceed expectations in performance and durability.