23 in. x 20 in. Stainless Steel One Compartment Sink with 14 in. x 10 in. Bowl, 10 in. Left Drainboard, and Faucet
Sink Size: 20 in. Depth x 24 in. Width including 10 in. Left Drainboard. Bowl Size: 14 in. Length x 10 in. Width x 10 in. Depth. 8 in. center faucet with 6 in. Spout, drainer and a strainer are included.
Durable stainless steel construction with galvanized legs and bullet feet. The top, back, and bowl are all made of durable, 18-gauge type 304 stainless steel for excellent corrosion resistance and a shiny finish. NSF Certified for Food Service Application.
Easy to Install. Premium Packaging to Ensure Safe Shipping.
Heavy Duty Construction Allows for Many Years of Durable Use in Various Commercial & Domestic Applications Such as Restaurant, Bakery, Bar, Laundry Room, Garage, etc.
Perfect for use behind your bar, providing your employees with a quick way to wash their hands in between tasks. It can also be used in your small kitchen prep area as a supplementary hand washing station.
23 in. x 20 in. Stainless Steel One Compartment Sink with 14 in. x 10 in. Bowl, 10 in. Left Drainboard, and Faucet
Description:
The AmGood Commercial Stainless Steel One Compartment Sink is designed to provide efficiency in compact spaces, making it ideal for bars, cafes, and other food service establishments. This sink features a 14 in. x 10 in. x 10 in. deep bowl, offering plenty of room for washing and rinsing. The 10 in. left drainboard enhances convenience, providing space for glassware, utensils, and other essentials.
Constructed from 18-gauge, 304 stainless steel, this sink offers reliable durability and rust resistance, perfect for high-traffic environments. The included 6 in. spout faucet, positioned on an 8 in. center, provides easy water access. Additionally, a 3.5 in. drain basket ensures efficient water drainage, while the 3 in. backsplash helps keep the workspace clean and free from splashes. Standing at a total height of 43 in., this sink is supported by galvanized legs with adjustable plastic bullet feet for stability on any surface.