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Intertap and Nukatap are the two dominant flow control faucets in the homebrewing market, both offering adjustable pour rate at the faucet rather than through line length management. I’ve poured through both on multi-tap kegerators and the competition between them is genuinely close, they solve the same problem with similar mechanisms and similar results, but with enough differences in handle feel, interchangeable spout options, and long-term reliability that the choice matters for discerning buyers.
Intertap vs. Nukatap: design and flow control mechanism
How flow control faucets work: Both Intertap and Nukatap use an adjustable needle valve or ball-valve-style restrictor inside the faucet body that can be rotated to increase or decrease the flow orifice size. Tightening the flow control restricts pour rate; loosening it allows faster flow. This allows each faucet to be independently tuned for different carbonation levels, a highly carbonated wheat beer requiring slow pour rate and a lightly carbonated stout requiring faster pour can both be served from the same line length without foaming or under-serving. Intertap (KegLand/Keg King): Australian-designed stainless steel flow control faucet available in standard and growler-fill spout versions. The flow control adjustment on the Intertap uses a knob on the side of the faucet body, allowing single-hand adjustment without tools. Forward-sealing mechanism (same as Perlick) prevents sticky faucet and biofilm issues. Available in both stainless and black stainless finishes. Interchangeable spout system, the standard spout can be swapped for a stout spout (for nitrogen-nitrogenated beers), a growler-fill bottom-fill tube, or a ball lock disconnect for serving directly from a keg without a separate tap. This spout interchangeability is one of Intertap’s strongest selling points. Price: approximately $35–50 USD per faucet. Nukatap (Ss Brewtech collaboration, formerly KL Nukatap): A competing flow control faucet design with a similar forward-sealing mechanism and flow control adjuster. The Nukatap’s flow control knob is located on the back of the faucet body rather than the side, a minor ergonomic difference in adjustment position. Stainless steel construction. Also features interchangeable spouts including a stout spout option. Build quality: widely regarded as comparable to or slightly above Intertap in fit-and-finish by reviewers who have used both side-by-side. The seal and o-ring quality in the Nukatap’s flow control mechanism has been noted as slightly more durable in long-term use by several community comparisons. Price: approximately $45–60 USD per faucet, slightly higher than Intertap. The practical differences: Flow control knob position (Intertap side vs. Nukatap rear) is a preference rather than performance issue. Interchangeable spout systems are broadly equivalent. Both are forward-sealing stainless faucets with similar pour quality. The Nukatap’s slightly higher seal quality reputation for extended use is the primary reason some experienced homebrewers prefer it for permanent installations.
Flow control faucets vs. line length management
Why flow control faucets simplify multi-tap kegerators: In a traditional draft setup without flow control, each tap is balanced by adjusting beer line length, a highly carbonated beer (3.0 volumes CO2) requires approximately 8–10 feet of 3/16″ beer line at standard serving temperature and pressure to resist the carbonation pressure and pour without foaming. A lower-carbonation beer (2.0 volumes) at the same pressure needs only 4–5 feet. A multi-tap kegerator serving beers at different carbonation levels requires different line lengths for each tap, or all taps set to the same restrictive line length with lower-carbonation beers over-restricted and pouring slowly. Flow control faucets eliminate this constraint, all lines can be the same length, and each tap’s flow is adjusted independently at the faucet for the specific beer on that tap. This is a genuine workflow simplification for homebrewers who rotate styles regularly and don’t want to change line lengths with every keg swap. When standard faucets with tuned line lengths are adequate: Single-tap kegerators serving one style consistently. Kegerators serving only lagers and ales at similar carbonation levels where a single line length works for all. Budget-constrained setups where $40–50 per faucet is significant versus $20–30 for quality standard faucets.
Common Questions
How do I set the flow control on an Intertap or Nukatap for a perfect pour?
Setting flow control faucets for a perfect pour requires adjusting the restrictor to match the pour rate that the specific beer’s carbonation level demands, the goal is a steady, controllable stream that produces the correct head when the glass is tilted and straightened. The setup process: first, confirm the keg is at serving pressure and temperature for the style (typically 10–12 PSI at 4°C for most ales and lagers). Open the flow control faucet fully (maximum flow) and pour a test glass. If the pour is extremely aggressive and foamy even when the glass is tilted, reduce the flow control (turn the knob toward restricted). If the pour is so slow that it trickles and produces almost no head, open the flow control further. Iterate with test pours until the beer pours with a steady stream that develops approximately 1–1.5 inches of foam head in a tilted-then-straightened pour. For highly carbonated beers (Hefeweizen, Belgian ales at 3.0+ volumes CO2): more restriction is required. For low-carbonation beers (English cask-style ales at 1.5–2.0 volumes): minimal restriction or fully open. The adjustment is beer-specific and changes when a new keg of different style is connected. Note the approximate knob position for each recurring style, a piece of tape marking “IPA setting” and “stout setting” on the faucet collar saves re-dialing with each keg swap. Temperature also affects pour behavior: cold beer (2°C) pours cleaner than beer at 8°C at the same flow setting. Make flow control adjustments after the beer and lines have been at serving temperature for at least 2 hours.
