Introduction
We built this industrial fan heater to be the kind of workhorse you can count on when you need heat, right now, in a tight spot. It’s small but seriously powerful, designed for those moments when you just need to get a spot warmed up or a process preheated—fast. At its heart is a 300mm halogen lamp, running on 400V, paired with a forced-air system that pushes the heat exactly where you need it. If you’re an engineer who craves predictable heat density and a rapid warm-up in a compact package, this is the tool for you.
Let’s Get Into the Details
Here’s the thing about that 400V rating—it’s not random. It’s chosen to match your plant’s power setup, which keeps the current draw down and means you don’t need to mess around with oversized wiring. Packing 2500W of power into that 300mm length creates serious heat flux. That translates to a rapid temperature rise, right where you need it. But that kind of power demands respect. The fan inside has to move enough air to keep the internal components protected while still delivering that focused heat. Just be aware—this thing gets hot, so plan your clearances with that in mind.
What It’s Made Of
The halogen element sits inside a quartz envelope, which is perfect for handling extreme temperatures and sudden changes without cracking. The halogen cycle does its job, too, by keeping the output stable over time. It helps return tungsten back to the filament, which fights off blackening and gives the whole thing a longer life. And when it’s time for a replacement, the R7s connector makes it simple. Just twist and swap. No fuss. The reflector coating is there for one reason: to direct all that infrared energy forward, so it hits your target square on.
Where It Shines
This heater is your go-to for fast, focused heat on the production line. Think preheating molds, drying coatings, or keeping melt temperature steady right at the point of use. The combo of 400V, 2500W, and the 300mm form factor gives you predictable performance in a small footprint. But remember, that power comes with a trade-off. The surrounding hardware runs hot, so you’ll want to integrate proper ventilation and thermal shielding. For engineers, that means fewer unexpected hot spots, faster cycle times, and when service is needed, a straightforward drop-in replacement.