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Perlick faucets versus standard chrome faucets is a comparison that divides homebrewers neatly into two camps, and having poured thousands of pints through both I understand both positions. The Perlick’s forward-sealing design solves a real problem with standard faucets, but whether that problem actually affects your pours enough to justify the price premium depends on how you use your kegerator.
Standard chrome faucet vs. Perlick: the mechanism difference
Standard rear-sealing faucet (Perlick 525SS, chrome standard, Ventmatic): The standard draft faucet design uses a rear-sealing valve mechanism, when the faucet is closed, the seal is at the back of the faucet body, which means the entire faucet tube from the seal forward to the spout is exposed to atmospheric air when the faucet is not in use. The beer that was in this forward section dries onto the faucet walls when the kegerator is not actively being used. Dried beer in the faucet creates two problems: (1) it is a biofilm substrate, bacteria and wild yeast grow on dried beer residue in a warm faucet environment, producing the characteristic “off” flavors associated with dirty faucet lines; (2) dried beer produces a sticky, resistant opening action, the handle sticks or requires more force after being closed for extended periods (the famous “sticky faucet” problem). Standard chrome faucets cost $15–30 each. Perlick forward-sealing faucets (525SS, 630SS, 650SS): Perlick’s forward-sealing design places the seal at the front of the faucet, directly behind the spout. When the faucet closes, no beer remains exposed to air in the faucet body, the entire beer-contact area behind the seal remains sealed from atmospheric contact. This eliminates both the sticky faucet problem and the microbial biofilm issue from air-exposed beer residue. The Perlick handle moves freely even after weeks of non-use because no dried beer is jamming the mechanism. Perlick faucets are stainless steel (not chrome-plated zinc like most standard faucets), true 304 stainless contact surfaces for the beer path. Price: $35–55 per faucet for the 525SS; $60–75 for the 630SS flow control version. Flow control faucets: The Perlick 630SS and Intertap FC versions add an adjustable flow restrictor inside the faucet, allowing pour rate adjustment at the faucet rather than via line resistance adjustment. Useful for multi-tap kegerators serving beers at different carbonation levels that would require different line lengths without flow control.
When the upgrade is worth it
Upgrade to Perlick when: You use your kegerator intermittently, weeks between pours are common, and sticky faucets after periods of non-use are a regular annoyance. You’ve experienced off-flavors traceable to dirty faucet lines and want the lowest-maintenance solution. You’re building a permanent kegerator setup and want faucets that will last 10+ years without replacement. You serve multiple styles with different carbonation levels and want flow control capability without line length adjustment. Standard faucets are adequate when: The kegerator is used daily or multiple times per week, sticky faucet issues are rare when faucets are used regularly because beer doesn’t dry in the faucet between uses. Budget is a constraint, outfitting a 4-tap kegerator with Perlick 525SS adds $80–140 versus standard chrome faucets. You replace lines and faucets regularly as part of a cleaning routine anyway, making the longevity advantage less relevant. The honest cost-benefit: For a 2-tap kegerator used 3–4 times per week, the Perlick upgrade costs $40–60 more than standard chrome faucets and provides meaningfully better low-maintenance performance. For a homebrewer who taps a keg and then ignores the kegerator for two weeks between pours, the Perlick’s forward-sealing mechanism is worth every penny.
Common Questions
How often should draft faucets be cleaned?
Draft faucets should be cleaned every 2 weeks during active use, this is the standard established by the Brewers Association for commercial draft systems and equally applicable to homebrewing kegerators. The 2-week interval addresses the biofilm growth rate in beer-contact faucet surfaces: at typical kegerator temperatures (2–4°C), microbial growth is slower than at room temperature, but yeast and bacteria still colonize beer residue in faucets and lines within 2 weeks. Beyond 2 weeks, off-flavors from faucet biofilm become detectable in pour quality. Faucet cleaning procedure: disassemble the faucet (standard faucets unscrew from the shank; the lever, collar, and body separate for cleaning). Soak all parts in BLC (Beer Line Cleaner) or PBW solution for 20 minutes. Rinse thoroughly, faucet cleaner left in the faucet affects beer flavor. Reassemble and sanitize with StarSan. Perlick faucets can be run through the same process, the forward-sealing mechanism doesn’t change the cleaning requirement, it changes the frequency at which biofilm accumulates to problematic levels. With a Perlick, going 3–4 weeks between cleanings produces fewer off-flavor issues than a standard faucet at the same interval. The cleaning requirement doesn’t disappear with Perlick, it just becomes less urgent. Monthly cleaning of Perlick faucets on a regularly-used kegerator is a practical maintenance schedule; bi-weekly for standard faucets.
