Introduction
We built these Gallium iodide lamps for engineers who care about one thing: steady, reliable UV output. Not hype, not empty promises—just the kind of performance that holds up after 15 years on the factory floor. We’ve spent over a decade refining the physics behind them so they meet the real-world benchmarks that matter in industrial settings. If your work hinges on heat control, stable spectra, and keeping machines up and running, these lamps were made for you.
Power, Voltage, and Size—Why It All Matters
Here’s the thing: every detail has a reason. Our standard lamp runs at 400V, with power options that go up to 2500W. And that 300mm tube length? That wasn’t chosen by accident. It’s a smart balance—long enough to keep the discharge stable, but compact enough to fit where you need it. The 400V input gives the arc plenty of headroom. So even if your line voltage dips, the UV intensity stays rock-solid. No flicker. No drop-off. Just consistent output, no matter what the power supply throws at it.
Built to Last: The Materials Behind the Magic
We use quartz for the outer envelope because it can take the heat and lets UV through without degrading. Inside, the gallium iodide fill shifts the spectrum exactly where you need it—perfect for curing and drying. The outer coating does double duty: it blocks ozone and helps manage heat, so nearby parts stay safe. And the R7s connector? It’s simple, secure, and makes installation a straight-up plug-and-play job. No fuss, no fiddling—just a solid, drop-in replacement.
On the Line: What This Lamp Actually Does for You
On the floor, this setup means faster cure cycles and output you can count on, hour after hour. The lamp fires up fast, keeps its spectrum steady, and keeps going—even during long, grueling runs. But let’s be real: packing 2500W into a 300mm tube means serious heat. So your machine needs to be set up with enough cooling to handle it. If you get that part right, you’ll see fewer burnouts, less downtime, and performance that just keeps repeating itself.