2.5 Gallon Ball Lock Keg with Rubber Handle

KC KM25G-RBT






  • Durable 304 grade stainless steel beer keg is NSF (National Sanitation Foundation) approved and is designed for use with ball lock keg couplers
  • Features a permanently molded heavy duty rubber bottom skirt and top handles
  • Stainless steel lid fastens tightly to the body and includes a pressure relief valve
  • Easily stackable design allows you to store them in tight places
  • Ball lock fittings are easily accessible for convenient cleaning and maintenance

Kegco's KM25G-RBT Home Brew Beer Keg has a convenient 2.5 gallon size that is perfect for taking your favorite beverages on the road or providing samples in small batch sizes. This homebrew keg, also known as a Pepsi keg or a Cornelius keg, is designed for use with ball lock keg couplers and has easily accessible ball lock fittings for fast cleaning and maintenance. Constructed of 304 grade stainless steel, the keg features a permanently molded rubber bottom skirt and top handle that make it simple to carry and stack. The stainless lid fastens tightly to the body and has a pressure release valve that allows you to easily depressurize the keg. Kegco homebrew beer kegs can be used to store many of your favorite beverages, including beer, soda, wine, kombucha, and cold-brew coffee.


Shipping

Standard shipping will be applied to your order. Additional charges apply for white glove delivery into your home. Contact us at 1-888-980-4810 for white glove shipping rates.

All Standard Shipping shipments made via Common Carrier are for curb-side service only. Use of a lift-gate or inside delivery service will carry additional charges. When receiving shipments from Common Carrier it is recommended the Buyer have two people to help receive and move the item. Please contact us for white glove service deliveries.

No shipments or deliveries are made on Saturdays, Sundays, and holidays. Kegco is not responsible for delays in shipping due to weather, mechanical failures, typographical and/or transcribing errors, and others factors beyond our control.