The 740mm 220V 1200W Quartz Carbon Heat Lamp: Built for Real-World Industrial IR Heating
Here’s the thing about industrial heating: you don’t need fancy promises. You need a lamp that just shows up and does the job. That’s exactly what we built this 740mm Quartz Carbon Heat Lamp for. It’s a straightforward, purpose-built infrared emitter for the kind of work where space is tight and consistent heat is everything. And the best part? It drops right into what you already have. No rewiring. No redesigning your equipment. Just swap it in and get back to work.
Power, Size, and the Right Fit
We set this lamp at 1200W on 220V so it plays nice with standard industrial power. No surprises, no guesswork—just predictable performance. Its 740mm length gives you a clear, defined heating zone that lines up neatly with part shapes or conveyor widths. That means the heat goes exactly where you need it, and you’re not wasting energy heating the air around it. We tuned the wattage density to deliver serious IR intensity without pushing the quartz envelope beyond what it can handle. In other words: strong heat, steady, without stressing the lamp.
Built to Handle the Heat—And the Cycles
The quartz envelope is the unsung hero here. Quartz handles rapid temperature swings way better than regular glass, so the lamp can turn on and off again and again without cracking. Inside, the carbon filament gives you a broad IR spectrum that gets right to work—penetrating surfaces quickly so plastics, coatings, and other materials heat up faster. And those end caps? They’re designed for solid contact and a secure mount. That matters because it helps prevent hot-spot failures right at the terminals, where many lamps give up the ghost.
Where It Shines (And How to Install It)
You’ll see this lamp most often in plastic heating, drying, curing, and shrink processes. On the shop floor, installation is refreshingly simple: line up the ends, lock it in, and wire it to the rated socket. One practical note: because it delivers high output density, it needs proper airflow and thermal management around the fixture. Keep that air moving, and you’ll protect nearby components from getting cooked.
Material and Design, Without the Fluff
Quartz isn’t just tough—it’s stable. It holds its shape and performance through repeated heating and cooling, and it transmits infrared consistently. The carbon filament brings predictable resistance and steady output over time, which helps you keep process temperatures repeatable—no chasing drift mid-run. The lamp’s geometry spreads heat evenly across its active length, so you don’t get hot streaks on the target. Just even, reliable warmth.
What This Means on the Line
In production, this setup responds fast and holds steady, which keeps cycle times consistent. Its compact footprint fits into tight machine bays, and the standard voltage rating makes integration straightforward. For engineers, that translates to fewer reworks, maintenance that follows a predictable rhythm, and less downtime spent troubleshooting temperature swings. It’s not about making noise—it’s about making your day quieter.