Advance Tabco DTO-62-EC Tubular Wall Mounted Shelf, 62"W x 18"D, Stainless - Image 1
1 / 2
SKU: 009-DT6R23X
Brand: Advance Tabco

Advance Tabco DTO-62-EC Tubular Wall Mounted Shelf, 62"W x 18"D, Stainless

The Advance Tabco DTO-62-EC is a durable, stainless steel wall-mounted shelf designed to maximize space in commercial kitchens. Accommodates 3 dish racks and resists corrosion under heavy use.

Key Features

  • Durable 16-gauge 300-series stainless steel construction resists bending and corrosion for long-lasting performance.
  • Spacious 62" length and 18" depth accommodates up to 3 dish racks, maximizing vertical storage in commercial kitchens.
  • Tubular design with 1 5⁄8-in. diameter tubing supports heavy loads while maintaining a sleek, professional look.
  • Wall-mount design optimizes floor space, ideal for tight or high-traffic commercial environments.
  • 90-day parts warranty ensures reliability and protection for your investment.
Starting from $512.00/unit

Volume discounts available

The Advance Tabco DTO-62-EC is a high-performance, wall-mounted shelf built to enhance efficiency in commercial kitchens and restaurants. Its tubular construction with 1 5⁄8-in. diameter, 18-gauge stainless steel tubing ensures durability, while the 16-gauge 300-series stainless steel resists bending and corrosion, making it ideal for high-traffic areas. Designed to hold up to three dish racks, this shelf maximizes vertical space, keeping supplies organized and easily accessible—perfect for professional kitchens needing robust, long-lasting storage solutions. With dimensions of 62" (L) x 18" (D) x 11 1⁄4" (H), it fits seamlessly into workstations while supporting heavy loads without compromising stability. The 90-day parts warranty provides added peace of mind, ensuring your investment remains reliable. Whether you're outfitting a bustling fast-casual restaurant or a large-scale commercial kitchen, this Advance Tabco shelf delivers both functionality and durability, making it a smart choice for businesses prioritizing efficiency and space optimization.