Snake Tower with 1 European Flow Control Tap and Condensation Effect – Polished Chrome – C1061

1 European Tap Snake Tower Condensation effect

Designed to pour out beer right through its hood, this Snake tower is Krome’s innovation from its surroundings.
With a narrow column and a curved wide head ending in the beer faucet, this single tap draft beer tower comes with Chrome plated finish over brass will be a great attraction in your bar.

The glycol recirculation loop cooling technology maintains the desired beer temperature in long drawn systems. The condensation effect is a special feature with the cold beer lines touching the tower resulting in a misty film over it.

BEER TAPS:

Beer Taps are used for controlling the release of beer. Draft beer is a beer that’s “on tap,” as opposed to bottled. Next time you’re at a bar or a restaurant that has a bar, take a look at the bar itself and you’ll see a row of labeled levers. Those are the beers the bar has on tap and they’re generally fresher than the bottled selection.

The European Flow control tap used allows flow adjustment and gives a less foam head to the beer when poured.

1 European Tap Snake Tower Condensation effect is a European style tap variant.
Also known as Flow control tap for its flow adjusting knob, European faucet has a thinner and longer spout than US faucet – this results in a beer pour with less foam head.

Glycol Recirculation Loop Technology:

Selecting the appropriate cooling technology from cooler to the faucet can help overcome critical challenges that are inherent to dispensing fresh crisp beer, especially in long drawn systems.

Glycol Recirculation Loop Technology is an excellent way to ensure the same.

In Glycol Recirculation dispensing system, beer temperature is maintained by circulating a Glycol solution through a tube in close contact with the beer lines, all wrapped together in an insulating tubing known as the python. Running from beer cooler to the point of dispensing (the beer tap), this system works efficiently even over long distances.