Ink Pen Tower with 2 Flow Control Taps – SS Polished – Glycol Recirculation Loop – C1529

2 Tap Ink Pen tower

​Ink pen tower is part of our contemporary designs of draft beer towers for ones seeking sleek and slim looks.
Sharp edges and beautiful cuts makes this tower an eye catching one. The Polished Stainless steel finish reflects light brightly and the Glycol recirculation loop+ beer cooling technology will never let you run out of chilled beer even in long drawn systems.
This beer dispenser is a two faucet variety with standard flow control taps that give complete autonomy of beer flow adjustment to the operator. This results in a streamlined pour and known to give a less foam head.
Medallions with illumination are placed right at the head of the tower where you can display your brand and logo prominently.

BEER TAPS:

Beer Taps is 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.

2 Tap Ink Pen tower 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.