Introduction
We make electric heaters for art galleries and museums—quiet ones. They’re built around shortwave infrared, and the whole point is simple: give you heat that hits exactly where you need it, without hurting the pieces that matter. We isolate the heating element and carefully manage the radiant output. That way, you can keep a steady, gentle climate right around paintings, sculptures, and artifacts. No drama. Just stable comfort.
How it actually works
Here’s the thing about shortwave infrared: it delivers heat through radiation, not by blasting hot air around. That matters. It means less dust being kicked up, less moisture disturbance, and almost no fan noise. You get warmth that lands on objects and surfaces, with minimal air movement—exactly what you want in a conservation space, where airborne particles and sudden temperature swings can cause trouble. We size the units to give predictable output in compact spaces. Most run on standard voltages, and we can match the setup to the room—its shape, its needs, the whole picture. The heat concentrates where you point it, so you can hold your desired temperature without accidentally cooking the areas nearby.
The build, in plain terms
At the heart is a halogen-filled quartz tube. We chose it because it’s thermally stable and responds quickly. The filament sits in a controlled environment, which reduces stress on any one hot spot and helps the output stay consistent over long stretches of service. The tube’s coating is picked to shape the light spectrum the right way: keeping visible glare low while keeping the infrared output strong. Installation is meant to be straightforward. We use R7s-style connectors, so mounting is simple and the electrical contact is solid. If you’re swapping out an existing fixture, it’s a clean, direct replacement. The mechanical design keeps vibration down and removes the need for loud forced-air systems.
What it feels like to use, day to day
In a gallery or museum, this heater gives you warmth that’s local and directional. You can aim the beam to cancel out cold spots—like near exterior walls or around display cases—without stirring up broad air circulation that can carry contaminants. And it’s quiet. That quiet matters for the visitor experience, and it matters for sensitive monitoring equipment that doesn’t enjoy constant background noise. Now, a heads-up: because the radiant heat is concentrated, it delivers high heat density at the target. So you do need to check that surrounding surfaces can handle the thermal load, and follow the clearance distances. When you apply it correctly, you get repeatable control and a clean, low-disturbance way to heat—one that protects what’s valuable.