Kegco Kegco 13.2 Gallon Commercial Keg with Drop-In D System Sankey Valve - HS-EK-50L

The brand new Kegco HS-EK-50L Stainless Steel Sankey D System Kegs are made entirely of food and beverage grade AISI 304 stainless steel. The HS-EK-50L Keg comes with a drop-in Sanke "D" System valve already installed. These kegs are manufactured in an ISO 9001:2000 certified facility and are produced to the highest standards of quality and workmanship required for a food and beverage grade storage vessel. Using a 13.2 Gallon keg as opposed to a 15.5 Gallon keg allows you to offer another price point for your beer selection as the kegs hold 2.3 less gallons, so you can charge less than a half barrel, but more than a quarter barrel. They are also shorter and lighter than 15.5 gallon kegs, making them easier to move, store and fit into tight coolers. These Kegco kegs are used by breweries around the world, and would make an excellent choice for your professional brewery operation.

Options:
• Complimentary screen printing of your brewery name on keg (2-3 week lead time)
• Complimentary embossing or stamping of your brewery name on Chime (special order, 60-90 days lead time)
• Quantity Discounts are available. Please call 1-800-710-9939 for details.

Please Note: Commercial kegs are intended to be used by professional breweries that have the specialized equipment to properly clean and sanitize these style kegs. These kegs are not recommended for use by home brewers who want to dispense beer using a commercial keg. There is no way to effectively clean and sanitize them without specialized equipment. We will not accept returns on these kegs purchased for home or personal use. Drop-in style valves are installed by dropping the valve into the key-way notches located near the upper edge of the keg neck. Once in place a stainless, spiral, two-layer thick, retaining ring is installed into the upper groove of the keg neck. This holds the valve in position and prevents tampering. Drop-in valves require a specific o-rings (not lathe-cut gaskets) according to the valve design model.