Why We Built This
We built this 110V halogen infrared quartz heat lamp for one simple reason: to pack a ton of process heat into a small space. This isn’t about slowly warming up a room. It’s direct, line-of-sight heat aimed right where you need it—spots that have to get hot fast. Think preforms, plastic welding points, or surfaces that need to cure quickly. And the best part? You just plug it into standard 110V power. No redesigning control panels. No hunting down step-up transformers. It just works.
The Power Behind the Heat
Halogen infrared lamps run hot, so the electrical design has to keep pace with that thermal demand. That’s why we went with 110V—it matches the outlets you already have in your facility. Less hassle. Less panel space taken up. We choose the wattage to hit the heat flux you need for the cycle time you’re running. And the size of the lamp shapes the heat zone: a longer tube spreads it out, while a shorter one concentrates it where you want it.
What It’s Made Of
The quartz envelope handles the shock of rapid on-off cycling without cracking, and it lets shortwave infrared through cleanly. The halogen cycle keeps the filament clean, even at extreme temperatures. That means the output stays steady over the life of the lamp—no fading, no surprises. And the R7s (or Sk15) end-cap gives you a solid, straightforward electrical connection that can take the heat right at the terminals.
Where It Shines
Use this setup when you need heat that responds instantly and stays localized. It heats the target directly, not the air around it. That means shorter warm-up times and more consistent results, cycle after cycle. But here’s the thing—the output is intense. So you’ll want to manage reflection, add shielding, and keep airflow in check. That way, nearby components stay cool, and you get all the benefits without the side effects.