Hi,
i have 1 intertap tap & 2 intertap Fc taps on my keezer i just built. the non Fc tap works beautifully & I'm very happy with it, but not so much with the Fc taps as they seem to pour not as well.
they have a much slower pour even on full open position & I'm struggling to get it just right.. the regular tap seems to be nicer than the Fc models, is this your feeling on them ?
To be quite honest we prefer the SS taps which is why we pack them with our Kegerator kits like this:
https://www.kegland.com.au/keg-master-series-4-single-tap-intertap-ss.html
https://www.kegland.com.au/keg-master-series-4-double-intertap-ss.html
https://www.kegland.com.au/keg-master-series-4-triple-intertap-ss.html
We honestly believe that these SS taps are the best option which is why we push people to get the SS taps not the FC taps. It's rare to get a retailer/wholesaler to push customers onto a cheaper product but we really feel that this a better choice for our customers.
I know FC taps are convenient as they give you the ability to adjust flow speed at the tap however this comes at a price:
1. Flow control taps do not deliver quite as laminar flow as normal SS taps (this can result in slightly more foaming especially if they are not setup correctly). You still need some flow resistance to be taken up in the line and if you have more than 90kpa of flow resistance taken up in the flow control mechanism it will cause issues
2. Flow control taps have more moving parts and are more complicated to clean and service. Arguable for this same reason they are not quite as sanitary especially given this is often the warmest part of your draft system as well.
3. Flow control taps are more expensive to manufacture
4. The tap end of a system is the end with the lowest possible back pressure. As a result anything you do to disrupt the laminar flow of beer at this end of your draft system will cause more issues. In our opinion if you wanted to have a flow mechanism it should be placed further upstream where head pressures are higher and any possible turbulence caused by a flow restrictor device can be tolerated as the CO2 is much less likely to come out of solution. For this reason we have been working on a flow control ball lock disconnect which I think we will release towards the end of this year. This will allow you to control the flow rate at the ball lock disconnect end. It's a totally new concept and we are not sure how well this will work yet but we are already seeing some promise for this device.
You can get great results just by using some small ID beer line. If you go with the 4mm ID and use about 1-1.5 meters you will get great results with the standard SS taps.