infrared heating tube ir tungsten halogen lamp 700mm 220v 1500w

infrared heating tube ir tungsten halogen lamp 700mm 220v 1500w

The Specs That Actually Matter

We built this infrared heating tube to give you heat that’s precise—and controllable—right where you need it in an industrial setting. Nothing here is random. Every number was chosen to hit a real thermal load. It runs at 1500W on a 220V supply, pulling serious current and packing a lot of heat into a small space. The 700mm length isn’t just a random measurement. It gives you a tight, focused heating zone, so the energy lands where you aim it—no waste spread across a bigger area. And if you’re replacing an existing setup, it’s meant to drop straight in. Wire it to a standard 220V line, and it delivers the rated power the moment it’s on. The wattage-to-voltage balance keeps things steady, so you’re not stressing your factory circuits.

Why the Halogen Design Shines

At the core is the tungsten halogen element. It does something clever: it keeps tungsten filament evaporation under control. The halogen cycle actually puts tungsten back onto the filament, which helps prevent the quartz envelope from darkening—and that means a longer lamp life. The quartz glass is picked for one reason: it can handle rapid heating and cooling without cracking. If your production line cycles fast, this tube keeps up. Then there’s the infrared coating on the outside. It’s tuned to push out short-wave infrared energy. That wavelength gets deep into materials quickly, heating from the inside out instead of just warming the surface.

Built for the Jobs That Can’t Wait

This tube is made for industrial heating where fast response and high power density aren’t optional. You’ll see it used a lot in plastic welding, coating curing, and thermoforming. And the 700mm size? It fits cleanly into existing equipment footprints, so the replacement is straightforward. No redesign needed.

The Trade-Off You Should Know

All that heat density comes with a reality check. The lamp gets extremely hot, and the surrounding equipment has to be ready for the radiant heat. Proper clearance and heat shielding aren’t optional—they’re mandatory. We deliver the raw power. You make sure the mechanical integration and cooling are set up to handle it. This is a workhorse, built to keep running reliably on constant duty cycles.

Power, Voltage, Size—In Plain Terms

Again, the goal is precise, controllable heat for industrial work. The specs are purpose-built, not guesswork. 1500W on 220V means high heat density, delivered in a focused way. The 700mm length concentrates the energy where you want it, so you’re not paying for heat that goes nowhere. It’s designed to be a direct-replacement. Connect it to a standard 220V line, and it fires up at the rated power. The balance between wattage and voltage keeps operation stable, so your typical factory circuits stay happy.

The Materials That Make It Tough

The tungsten halogen element is the reason this tube stays consistent over time. By managing filament evaporation, the halogen cycle helps keep the quartz clear and extends the life of the lamp. The quartz glass is tough against thermal shock. It can handle the quick on/off rhythm of a production line without cracking. And the infrared coating is there to shape the output. It pushes short-wave infrared energy, which penetrates fast—heating from within, not just on the surface.

Where It Works—And What to Plan For

This tube is for industrial heating where you need speed and serious power density. Think plastic welding, coating curing, thermoforming—places where the heat has to be on, on demand. Because it’s 700mm, it slips into existing equipment as a drop-in replacement. Easy. But here’s the important part: the heat is intense. Make sure the surrounding setup can handle the radiant heat. Clearance and shielding are a must. We bring the power. You bring the right integration and cooling. This thing is built to be a steady, reliable piece of the line—day after day.