This heavy-duty waste receptacle offers reliable performance with puncture-resistant, fire-safe steel construction designed for durability and safety. It features a 1-inch recessed bottom, providing air cushion insulation during fire events, ensuring compliance with OSHA standards and NFPA Life Safety Code 101, Section 31. With a capacity of 27.5 quarts (7 gallons), this receptacle accommodates various waste needs, making it ideal for offices, public spaces, and industrial environments. The powder-coated Black finish enhances its contemporary look, while the vinyl bumper tops and no-mar polyethylene feet protect furniture and floors from damage. Crafted for practicality, the unit requires no assembly and is built to withstand regular wear and tear. Measuring 16.5 inches wide by 9 inches deep by 15 inches high, it easily fits beneath desks or in tight spaces. Weighing 5.66 lbs, this lightweight design combines portability with robust performance. Its durable steel construction ensures lasting use, while the added certification won’t emit toxic fumes during fires. Packed in quantities of three per carton for convenience.

• [Durable Steel Construction]: Made from puncture-resistant steel with a powdered coat finish, this wastebasket delivers long-lasting durability for indoor use in residential or office settings
• [Functional Capacity]: Featuring a 7 gal (27.5 qt) capacity, this fire-safe wastebasket is ideal for containing trash in commercial spaces, workplaces, or similar environments
• [Rectangular Design]: The structured rectangular silhouette and black powder coat finish provide a clean, modern aesthetic suitable for a variety of interior styles and applications
• [Compact Size Details]: With dimensions of 16.5 in W x 9 in D x 15 in H, this compact wastebasket fits under desks, countertops, or tight spaces while offering practical trash collection
• [Rust-Resistant Special Feature]: The rustproof finish ensures added durability and protection, allowing it to withstand everyday use without compromising its structural integrity