220v 1500w ruby ir heater halogen

May 10, 2026

Introduction

Let me introduce you to the 220V 1500W Ruby Halogen IR Heater. We built this thing for industrial jobs where you need heat that turns on instantly and hits exactly where you point it. It’s a shortwave infrared lamp that throws a tight, focused beam of energy into a small space. If your process is squeezed for room and your cycles are tight, this heater is the kind of practical workhorse you’ll actually appreciate.

Technical Deep-Dive

Here’s the straight talk: it runs on 220V and draws 1500W, so it plugs straight into standard industrial power without fuss. That wattage means serious heat density, which translates to a fast temperature climb on your target—without needing a giant heater taking up space. The output is shortwave, peaking in the near-infrared band. That’s the kind of heat that gets absorbed quickly by many materials, so the energy goes right into the surface you’re working on, not wasted heating up the air around it.

Material & Design

Inside, you’ve got a tungsten halogen filament that runs hot and steady, sealed inside a quartz envelope. That combination gives you the thermal shock resistance needed when you’re turning the heater on and off again and again. The ruby coating does two nice things: it filters visible light and shifts the spectrum, so you get better absorption on plastics and coatings, and you get less glare in the work area. And for installation, it uses an R7s base. That means a clean, secure electrical connection that fits common lamp holders—so you can swap it in as a drop-in replacement on existing equipment.

Application & Benefits

This heater shines wherever you need fast, localized heating—think plastic forming, sealing, curing, and component drying. The ramp-up is quick, so cycle times shrink. And because the IR pattern is focused, you’re not throwing heat all over the place. But here’s the part you need to plan for: at 1500W, this lamp runs hot. Make sure you give the reflector the right clearance, and double-check that your machine’s cooling and mounting can handle that concentrated heat load.