Stop Letting Humidity Kill Your Infrared Heaters
If you’ve ever put a standard infrared heater in a wash-down zone or a humid plant, you know the drill. One day it’s working fine, and the next, it’s dead. Usually, it’s because moisture snuck in, caused a short, or just ate away at the heating element. It’s frustrating. We fixed this by using IP65-rated enclosures. In plain English? They keep the dust and water jets out where they belong. Why water and heat don’t mix Here is the thing about water droplets on a hot surface: they create “hot spots.” Instead of the heat spreading evenly, it bunches up in one place. This puts a massive amount of stress on the quartz glass. Eventually, that stress leads to a crack. We stopped that cycle by using sealed housings and gaskets that actually work. By blocking the splash-back and stopping condensation from building up, we kill the “thermal shock” that usually burns these lamps out. The nuts and bolts We didn’t cut corners on the build. We use heavy-duty seals at the cable entry points so the IP65 rating actually means something. Plus, the heating element sits in a protective case, so mist can’t settle on the electrical terminals. It’s built to take a beating from spray nozzles without losing its seal or blowing a fuse. A few things to keep in mind Now, there is a trade-off. Because we’ve added a protective layer between the element and your target, you might notice the heat isn’t quite as “sharp” as an open-element lamp. It’s a small dip in intensity, but it’s easy to handle. Just go with a higher wattage or move the heater a bit closer to your target to get the temperature you need. One last tip: don’t ruin a great heater with cheap wiring. Use moisture-resistant cables. If you use standard PVC in a hot, wet zone, the wires will crumble long before the heater does. Match your wiring to the unit’s rating, and you’re set.