The 2026 UV High-Pressure Mercury Lamp We Built for People Who Hedge No Bets
If your work comes down to getting the same intense UV output, shift after shift, in a space that’s tight—this is the lamp we built for you. We didn’t chase “good enough.” We locked in the wavelengths you need, kept the heat stable, and made sure the intensity repeats like clockwork. This isn’t a do-it-all bulb. It’s a focused tool for the jobs where you’re juggling heat and UV power at the same time and can’t afford drift.
Power, Voltage, and Size: The Stuff That Makes It Tick
At the heart is a high-pressure mercury arc, designed to throw serious irradiance from a short length. The 400V input isn’t just a number—it means clean ignition and a steady arc even when the line conditions wobble. That keeps current surges in check and your drive electronics breathing easy. We pack a lot of wattage into a small space, so you get high power density without needing a fixture that eats up your bench. And the compact shape? Totally intentional. A shorter arc concentrates the energy into a tight zone, so the profile across your target stays consistent. That makes it easier to drop this lamp into what you already have, without scrapping the whole housing.
What It’s Made Of: Quartz, Coating, and a Connector That Just Works
We use high-purity quartz to keep UV transmission strong and survive those rapid temperature swings. Inside, the chemistry is tuned so the spectrum stays steady over the life of the lamp—no slow drift that throws your process window off. The outer coating helps manage surface temperature. That means less heat bleeding onto nearby parts and less wasted energy. Then there’s the R7s connector. It makes solid contact, handles the current cleanly, and lets you swap the lamp fast—no tools, no fuss. It’s a straight drop-in for many standard UV fixtures, so downtime stays short.
Where It Shines—And What to Keep in Mind
This lamp was born for industrial UV curing, coating, and materials processing where consistent spectrum and high intensity are non-negotiable. The high-pressure arc delivers strong output at the wavelengths you need, and the arc stability keeps the energy distribution even across the target. One thing to note: that high power density needs real cooling. Match your airflow and thermal management to the lamp’s output. When you do, the performance stays solid—reliable, repeatable, shift after shift.