halogen lamp 220v

halogen lamp 220v

We built this 220V halogen lamp to be a direct-radiant infrared heater—meaning it’s made for industrial work that needs heat that responds instantly and stays under tight control. This isn’t about warming the whole room. It’s about sending heat exactly where you want it—right onto a point, a line, or a specific component. Inside, you’ve got a high-temperature tungsten filament paired with halogen gas, all sealed in a quartz envelope. The payoff is simple: flip the power on, and the heat comes fast—with almost no lag.

Voltage, power, and length—what actually matters

The 220V rating is there so it plugs straight into standard industrial mains. In most plant setups, that means no extra transformer. Less gear to worry about, and less space taken up in the panel. The wattage sets the heat output—how much energy you can deliver to the target. And the length? That determines the irradiated zone. If you need to heat a 200 mm line, you pick a lamp that covers that length evenly. Match the lamp to the zone, and you avoid cold spots—so the line keeps moving without scrap.

Why the materials matter (halogen, quartz, and the R7s base)

The halogen cycle does a smart thing: it helps return evaporated tungsten back to the filament. That keeps the quartz envelope cleaner, which means more stable output over time—and a longer life than you’d get from a standard incandescent. The quartz body handles the extreme filament temperature and stands up to thermal shock. Many versions also use an internal reflector coating to push infrared forward, so more heat goes where you aim it, and less is wasted behind the lamp. And the R7s base? It’s a double-ended linear connector that locks the lamp into the fixture, carries the current, and makes installation feel like a drop-in—right into existing holders.

Heat on demand, where you need it

This is where the lamp shines: whenever you need heat on demand. Pre-heat plastic parts before assembly. Cure coatings. Dry adhesives. Soften materials before forming. The response is practically instant, so you can sync the heat with the machine cycle. The footprint is small, the control is straightforward, and the output stays predictable. One thing to keep in mind: high power density means you need proper cooling and shielding. Plan your airflow and guarding to keep operators safe—and to keep the lamp from running hotter than it’s designed for.