Descripción
Acetal Female adaptor with 3⁄8″ diameter tube and G 5/8″ thread
- Material: Acetal.
- Thread: G 5⁄8″
- Tubing diameter: 3⁄8″.
Acetal Female adaptor with 3⁄8″ diameter tube and G 5/8″ thread. CC00000109. This G ½″ thread, 3/8” diameter tube adapter is used for extracting beer from the valves. Push-fit technology means quick disconnection without the need for tools. Suitable for use with plastic and soft metal tubing. Recommended for use in the food and beverage industry. It can also be used with inert gases, pneumatic and vacuum equipment. Also recommended for use with hot water (up to 65ºC). All materials used are FDA approved and NSF certified.
This product does not have spare parts
Complete your draught beer system with: gas regulators, coolers, fonts, beer taps, hoses.
Contact our sales department now: Send enquiry
Reyvarsur: manufacturers since 1974. Over 40 years of experience combined with our extensive technical and technological know-how put us at the forefront of developing new projects and complete solutions to make life easier for our customers.
Flexibility is one of our main characteristics and the definition of our business area – Reyvarsur is passionate about providing solutions for the beverage dispensing industry.
All of our products are 100% manufactured in our workshop located in Dos Hermanas, Seville. Controlling the manufacturing process allows us to personalise our products and exceed the expectations of the customer in search of the perfect beer.
As well as keg couplers, Reyvarsur Dispensing has a wide range of products to complete your system: draught beer taps, tap handles, tap connectors, gas regulators, beer coils, drip trays and fonts, coolers, verification panels and equipment, other dispensing products and spares.
Can’t find what you are looking for? Let us know! We pride ourselves on being able to find the product suited to our customers’ needs. If we don’t have what you are looking for, let us know, and we will create it for you. What’s more, our production organisation makes it possible for us to adapt to small series.