Smoke less green carbon fiber heating lamp

May 31, 2026

Smokeless Green Carbon Fiber Heating Lamp: High-Density Infrared for Industrial Processes

We built this smokeless carbon fiber heating lamp to solve a real headache for industrial teams: getting things hot, fast, and clean. It was designed for the jobs where you absolutely need high heat, but you can’t put up with smoke, grime, or slow warm-up times. The whole point is simple: deliver powerful, controllable infrared heat that doesn’t leave behind the mess that fouls equipment or ruins product.

Power, Voltage, and Size: Packed Into a Small Package

Here’s how it works in practice. The lamp concentrates a lot of wattage into a short tube, so you get intense infrared output. That means surfaces heat quickly, and your line can keep moving at a good pace. It runs on 400V, which keeps things stable across typical industrial power setups. You get the heat you need without overloading the circuit. And the dimensions? They’re matched to fit right into existing fixtures, so you can drop it in and get going without reworking the whole assembly. Heat only when you need it. That’s the idea.

What’s Inside: Halogen, Carbon Fiber, and R7s

The halogen cycle helps keep the filament steady, so the output stays consistent over the life of the lamp. The carbon fiber element has low thermal mass, which is a fancy way of saying it heats up fast and responds quickly when you change the control signal. The quartz envelope handles high temperatures and supports that smokeless operation, which cuts down on deposits that usually shorten lamp life in dirty environments. And the R7s connector? It’s a straightforward, two-pin design that makes wiring simple and keeps the connection solid, even when there’s vibration. When it’s time for service, you can get in and out fast.

Clean Heat, Built for Real Engineering Work

In applications like PET blowing and other polymer processing steps, this lamp delivers localized infrared heat that hits the material directly. Because it’s smokeless, you get less soot on reflectors and tooling. That means fewer stops for cleaning and fewer quality defects. The high heat density plus fast response also gives you tighter temperature control, which helps you keep cycle conditions consistent. One practical note: the output is strong, so you’ll want to plan for cooling and shielding around the lamp. That way, surrounding components stay within safe temperature limits, and everything runs smoothly.