American Beverage 20" x 5" Countertop SS Drip Tray, Stainless Steel

The American Beverage 20" x 5" Stainless Steel Countertop Drip Tray is expertly crafted to combine functionality with a professional-grade aesthetic, making it an ideal solution for maintaining a clean and organized bar setup. This 20-inch long drip tray features high-quality stainless steel construction, ensuring lasting durability even in high-traffic environments. The tray’s spacious design provides ample room to capture excess drips and spills from draft beer taps, reducing mess and maintaining an attractive presentation in both commercial bars and home setups.

Designed with a sturdy SS grid, this drip tray effectively supports heavy glassware and allows liquids to drain below, keeping the countertop dry and accessible. The grid is also removable for easy cleaning, adding convenience for busy bartenders. With welded corners and a polished finish, this drip tray exudes a premium look while offering the resilience needed for continuous use.

A center-mounted drain socket is welded in place and features a threaded drain nipple (2 x 1/2"), designed to accommodate a 1/2-inch drain hose for efficient liquid disposal. This feature not only ensures that the drip tray can handle high volumes of overflow but also minimizes the need for frequent emptying, making it perfect for events and rush hours. American Beverage, a trusted name in draft beer and bar equipment, engineered this tray with meticulous attention to both quality and usability, reinforcing its reputation as a reliable choice for professionals.

The tray’s dimensions of 20" W x 5" D x 7/8" H and weight of 3.2 lbs make it a manageable and versatile addition to any bar setup. The compact yet spacious design offers flexibility in placement, fitting seamlessly into various bar layouts without compromising on performance. Additionally, the surface-mount installation makes it easy to incorporate into existing setups or new installations, with the drain positioned strategically in the center to maximize efficiency.