We usually have these in stock for the more common flow rates up to 50 ton/hour, but the larger units—say anything above 200 ton/hour—need about 3-4 weeks lead time (check before ordering). The 254nm wavelength does the heavy lifting, and we see ≥98% kill on most bacteria and algae in swimming pools or aquaculture setups.
It's pretty much the same across YLC series, so you're getting a 316 grade chamber if you order the saltwater option, otherwise it's 304 for freshwater—both are polished inside to bounce the UV around, which matters when you're running at 0.6 MPa presure. Most buyers go with the flange connection for anything over 10 ton/hour.

The lamp lifespan is 9000-12000 hours depending on how many on-off cycles you put it through, but we've seen them hit 11000 hours or so in continuous pool duty—just don't expect that if you're cycling it daily in a batch process. CE and SGS paperwork ships with every order, and we can do 220V or other voltages if you tell us upfront.
0.3 ton/hour models come in thread connection and fit small ponds or spa setups, but for large aquaculture tanks you'll want the 1000 ton/hour unit with flanges—those weigh about 40 kg and need a fork lift to position. One thing: this isn't great for water with high suspended solids; you'll need pre-filtration or teh UV won't penetrate.
Anyway, the thermosensitive ballast cuts power if the housing gets too hot, which basically saves the lamp form cooking itself—handy when the pump fails. Ship via sea freight for large orders or air for sample quantities, packging in foam-lined wooden crates to protect the quartz sleeve.
Absolutely. Our YLC series covers flow rates from 0.3 up to 1000 tons per hour, so it works for everything from small hatcheries to large-scale fish farms.
We carry CE, SGS, and ISO certifications. Yes, we can share test reports and certificates with your order.
MOQ is 1 unit for standard models. Lead time is usually 7–15 days depending on quantity and customization.
Yes, the standard is 220V/50Hz, but we can adjust the power supply to match your local voltage and frequency—just let us know what you need.
Both are available. Flange connections are typical for larger pipe sizes and higher flow rates, while thread connections work for smaller systems. We can help you choose based on your pipe diameter.