Introduction
We built these mercury UV lamps for engineers who need intense, focused heat—without taking up a ton of space. They pack a serious punch. If your work is all about industrial heating, drying, or curing, and you need heat that responds instantly and stays under control, this is exactly what you’re looking for.
What’s really going on under the hood
These lamps run on high-voltage power—think 400V—to fire up the arc and deliver that raw, concentrated output. At 300mm long and 2500W, it’s a small package with a huge amount of heat per square inch. This isn’t for gentle warming. It’s for jobs that demand energy, right now. The wattage and voltage are matched perfectly to the quartz tube and electrode setup, so it starts clean, stays stable, and keeps running once it hits its operating temperature.
The build that matters
The quartz envelope is chosen for one reason: it handles the heat shock and lets the UV through cleanly. The reflector isn’t just tacked on. It’s shaped to match the tube, pushing the radiation forward where you need it—more usable energy on the target, less wasted heat. And we made the install easy. The R7s connector means you can drop it straight into standard fixtures with no hassle. The coating and halogen fill help steady the arc and keep output consistent over the life of the lamp.
Where it shines (and what to keep in mind)
Use this when you need fast, localized heating—curing coatings, drying inks, preheating parts. That high heat density cuts cycle time, but it also means your machine needs to be ready. Make sure your cooling system is properly sized to handle the heat around the lamp and reflector. The payoff is simple: a tough, straightforward setup that delivers dependable heat, in a footprint that stays small.