Introduction
We built these electric pipe heaters for one simple reason: to get you high, controllable heat exactly where you need it. Think of them as the opposite of those big space heaters that just warm the air. These are direct-contact heaters. They’re built to keep your process at the right temperature, or to get a pipe up to operating spec in a hurry.
The Nitty-Gritty
At the heart of it, we’re using resistance heating, packed into a small footprint. You tell us the voltage and wattage you need to match the job, and we size the length to cover the exact zone you want heated. In industrial plants, you’ll often see a 400V setup. It’s popular because it delivers the power you need with lower current. That means you can use smaller wires and not worry about the voltage dropping off over long distances. The wattage tells you the heat density, and the length tells you the coverage area.
What’s Inside
Inside, the core uses a halogen element housed in a quartz envelope. This is what gives you that fast response and rock-solid, stable output. A reflective coating then directs all that infrared energy forward, straight into the pipe. Less heat wasted to the sides means more efficiency for you. And for the connector, we went with the R7s. It’s a tough, practical choice. It handles the current, keeps everything aligned, and makes swapping out the tube a snap—no need to rewire the whole thing.
On the Floor
Out on the shop floor, this setup is a straightforward, drop-in solution. It’s perfect for keeping things flowing—maintaining viscosity, stopping freeze-ups, or just supporting the next step in your process. The heat is concentrated, which means you hit your target temperature fast. But that also means you need to plan for your machine’s cooling and clearance. If the area around the heater can’t shed heat, you’ll hit a thermal limit. Get the envelope right, and the heater will take care of the rest.