Introduction
We built this 650mm infrared carbon fiber heating lamp for those industrial jobs where you need heat, and you need it fast. Think of it as a focused beam of warmth—compact, directional, and ready to get to work. It runs on 230V and cranks out 2600W. That means you get steady, predictable heat that fits right into your existing line voltage. No rewiring the whole machine. Just plug it in and go.
The Specs, Without the Fluff
Here’s the thing about 2600W: it delivers serious heat density. The target gets hot quickly, which can really speed up your process. And the 230V rating? Practical. It’s the kind of power most plants already have, so you can wire this in without needing a transformer in many cases. The 650mm length was chosen on purpose. It covers the heating zone you need, but stays slim enough to fit into tight spots. It plays nice with common reflector housings and process fixtures. Just keep in mind—2600W means you’ve got to give it some breathing room. Crowd it, and you risk overheating nearby parts and cutting its life short.
What It’s Made Of—And Why It Matters
The carbon fiber elements keep resistance stable even as temperatures swing. That helps the lamp deliver repeatable output, cycle after cycle. And because it’s infrared, it heats the surface directly—not the whole room. That means faster response and less wasted energy. We designed it to be a straightforward drop-in replacement for standard industrial setups. The wiring is simple for field installs, and the element sits inside a quartz envelope that handles thermal shock and keeps contaminants out.
Where It Shines
Use this lamp whenever you need fast, localized heat—packaging lines, material forming, adhesive curing, and similar processes. The combo of 230V, 2600W, and 650mm gives you a predictable heat profile that you can match to a specific zone. The payoff? Shorter cycles, better control, and fewer temperature swings. You’ll get consistent output over long runs, but treat it right. Keep it clean, give it proper spacing, and make sure airflow is there. Dust and poor ventilation will push operating temps up and wear it out faster.