far infrared carbon fiber heating panels

far infrared carbon fiber heating panels

Far Infrared Carbon Fiber Heating Panels: Power, Material, and How They Work

We build far infrared carbon fiber heating panels for industrial jobs that demand predictable heat, rock-solid resistance, and a size that actually fits your machine. No more trying to cram a bulky heater into a tight spot. These panels are built to deliver steady, even radiant heat—so you never get those annoying hot spots that ruin parts.

Power, Voltage, and Size: The Practical Details

We set these panels to run on 400V. Why? Because it gives you the power you need without pushing the current too high. Higher voltage means you can use thinner wiring and avoid voltage drop over distance. So you get cleaner, simpler wiring runs from the panel to the controller. The 300mm length is just right. It’s long enough to cover a full heating zone, but short enough to fit neatly into your machine without wasting space. And the power? It’s set to 2500W. That gives you the heat density needed for fast response in industrial cycles. But here’s the thing—this panel throws off serious heat. So make sure your machine has proper cooling and thermal separation ready. Otherwise, nearby components will feel it.

What’s Inside: Halogen, Coating, and the R7s Connector

Inside, you’ve got halogen technology housed in a quartz envelope. It’s built to handle high temps and keep infrared output steady over time. The carbon fiber element is coated, too—this helps keep the surface stable and protects the filament environment. In plain terms, it resists oxidation and holds its resistance longer. We use an R7s connector because it’s proven, compact, and made for high-temperature lamps. It locks in securely—mechanically and electrically—and you can install it quickly, again and again, without wobble or bad contact. In production, that means fewer field failures just because of the connector.

Where It Shines: PET Blowing and Focused Heat Work

This setup is a go-to for PET blowing. You need focused, even radiant heat to condition the preform before stretching. Far infrared hits plastics efficiently, heating the surface fast and cutting down the time needed to hit process temperature. What you get is faster heat-up, repeatable zone control, and a panel that drops right into existing layouts. But yes, there’s a trade-off. 2500W at 400V means you need proper electrical design and thermal management. Size your wiring, contactors, and cooling correctly—and you get a heater that performs exactly as spec’d, not as a guess.