1062mm quartz infrared heating halogen lamp 570v 3800w

May 7, 2026

Let’s talk power and size—without the fluff.

This 1062mm quartz infrared halogen lamp is built to throw serious heat across a long stretch. It runs at 570V and 3800W, so you get high heat density right where you need it. That length? It’s a game-changer for big parts or continuous-line heating. One lamp covers a lot of ground, so you’re not juggling a bunch of fixtures. And the 570V? It keeps the current in check compared to lower-voltage options. That means you can use smaller wiring and you won’t fight heavy losses in the supply circuit.

Heat, fast—on purpose.

At 3800W, this thing climbs to temperature quickly. Less waiting around. Less warm-up drag on your line. Just keep in mind: that kind of power density needs room to breathe. Make sure your machine has solid cooling and give the lamp proper clearance. Don’t cram it into a tight box—give it space, and it’ll behave.

What’s going on inside.

The halogen cycle is doing the quiet work that keeps performance steady. It keeps the filament stable by putting evaporated tungsten back where it belongs. Over the life of the lamp, that means more consistent output. The envelope is quartz, chosen because it handles high filament temperatures and doesn’t panic when things heat up and cool down again. Repeated cycles? It stays intact. And the infrared output is focused in the shortwave band, which tends to couple well with many plastics and coatings. The result is fast, surface-dominant heating—right where you want it. Plus, this lamp is designed as a drop-in replacement for standard 1062mm halogen heating tubes. Swap it in and keep moving. No need to rework your reflector or mounting hardware.

Where this shines.

If you need fast, controllable heat in a compact footprint, this setup is right at home. Think thermoforming, coating curing, laminating, plastic welding—places where timing and temperature matter. The long tube makes zone control simpler and gives you even coverage across wide parts. And that 570V/3800W combo keeps the current manageable while still delivering the wattage you need to keep throughput up. You’ll get stable output and repeatable results. Just plan your electrical supply and cooling from the start. Match the system to the lamp, and the performance shows up—consistent, predictable, and ready to work.