Ditch the old lamps. Go infrared.
Let’s talk about why the old lamp-based heating setup just doesn’t cut it anymore. Those systems rely on visible light and exposed parts, which is a problem when things get humid. Moisture loves to find a way in, and then you’re stuck with a headache. So, we built something different. The IP65 waterproof infrared heater. It’s a direct, tough-as-nails replacement that just flat-out works. It delivers heat where you need it, with zero worry about water getting inside.
The specs that matter, in plain English
These heaters were built for real life—think industrial sites and fancy bathrooms that see a lot of steam. The core unit runs on a standard 220V or 240V setup and cranks out between 1500W and 2500W of heat. The quartz tube is sized to fit into the usual spots, usually around 300mm to 500mm long. So you get serious power in a package that fits into tight corners. And because the wattage density is high, it heats up fast. Seriously fast.
What makes it truly waterproof? The build.
That IP65 rating isn’t just a sticker. It’s the result of how we put the thing together. We use a thick, sealed quartz glass tube with a halogen element inside. The seals are compression-fitted, which is what blocks dust and high-pressure water jets. The R7s connector is the standard interface, and it’s built to handle the high heat without melting or getting loose. Inside, the element is protected by a special coating. It’s there to resist thermal shock and prevent burn-out, even when you’re turning the heater on and off quickly.
Where it shines: installation, reliability, and comfort
When you’re renovating a bathroom, you want heat that’s fast, clean, and safe. This IP65 infrared heater slides right in as a drop-in replacement for those old lamp systems. And it puts the heat right where you feel it—on you and the surfaces—not just warming up the air. That means less condensation and faster drying. The sealed design just takes a beating in steamy conditions, while standard heaters give up. Now, there is one thing to keep in mind. The high heat density means you need to manage the heat properly. Make sure the fixture and wiring around it are rated for continuous high temperatures. Plan your airflow and mounting with that in mind. We designed these for engineers who need a spec they can trust. If you want a unit that wires up quickly, meets IP65, and actually holds up against moisture, this is the build for you.