The New Age 48" Heavy-Duty Shelving Unit (1066TB) is built to handle the demands of commercial kitchens, correctional facilities, and high-volume storage operations. With a **1000 lb capacity**, this **aluminum shelving unit** provides robust support for heavy, bulk-packaged goods while maintaining durability and stability. Its **slatted design** promotes air circulation, keeping stored items at consistent temperatures—ideal for perishable goods in commercial kitchens or bulk supplies in institutional settings. The **all-welded aluminum construction** ensures corrosion resistance, while **adjustable feet** stabilize the unit on uneven floors, reducing wobbling and enhancing safety.
Designed for **high-volume storage**, this **heavy-duty shelving unit** features **four tiers with 18.5-inch clearance** between levels, making it perfect for storing large items like bulk food containers, trays, or equipment. The **flat shelf surfaces** simplify cleaning, a critical factor in commercial kitchens where hygiene is paramount. Whether you're outfitting a **restaurant kitchen**, a **correctional facility**, or a **warehouse**, this shelving unit delivers **lifetime warranty protection** against rust, corrosion, and defects—ensuring long-term reliability without frequent replacements. Its **stationary design** and **T-Bar Series construction** make it a versatile addition to any storage solution.
Why choose the New Age 1066TB? Because it combines **strength, durability, and functionality** in one package. The **1.5" x 1.5" x 7/100" aluminum tubing** provides structural integrity, while the **1.25" x 2.25" x 1/10" shelf laterals** distribute weight evenly. With dimensions of **48" W x 24" D x 72" H**, it fits seamlessly into commercial spaces without sacrificing capacity. For businesses in the **commercial kitchen, restaurant, or institutional sectors**, this is the **heavy-duty shelving solution** that stands up to daily wear while maintaining a sleek, professional look. **Upgrade your storage today** and experience the difference in durability and performance.