Introduction
We build custom gallium iodide UV lamps for one simple reason: to keep your textile line moving at top speed. Because when you’re running from pre-treatment all the way to finishing, your process needs a light source that just keeps going. No flickering. No burning out. Just steady, reliable output—even when the line is screaming. These units are built to be the workhorse in your machine. The kind of part you install and then forget about, because it does its job without turning into a maintenance headache.
Technical Deep-Dive
Here’s the thing: the specs aren’t random. They’re matched to the real-world electrical and thermal load your equipment is already carrying. These lamps are typically built for 400V operation, so they can run on your standard industrial circuits and keep the current draw under control. And the tube length? That’s up to you—often around 300mm—so it fits the exact space you need to cover. The wattage is tuned to deliver the UV power required to cure inks, coatings, and adhesives at line speeds that would make standard lamps sweat.
Material & Design
The gallium iodide fill gives you stable, high-intensity UV output right in the sweet spot. And the quartz envelope is chosen to handle that power while resisting thermal stress. We use an R7s connector because it’s proven and tough for high-heat lamps. It gives you solid contact and makes the lamp a straightforward drop-in replacement in many fixtures. The coating and construction are meant to keep output consistent over long runs. But let’s be honest—this lamp runs hot. So your fixture needs proper airflow and thermal management to match.
Application & Benefits
In textile production, UV lamps are the quiet backbone of the whole chain—pre-treatment, coating, finishing—they all lean on fast, controlled curing. Our custom gallium iodide UV lamps give you output you can count on, day after day. That means fewer line stops and less scrap. You get a lamp that fits the space, wires up cleanly, and holds steady under continuous duty. Just remember: high power density means you need a cooling plan that keeps the lamp and the surrounding components in a safe temperature zone.