infrared carbon fiber tube

infrared carbon fiber tube

Power, Heat, and a Tiny Footprint

We built this infrared carbon fiber tube for engineers who need serious heat—without the bulk. It runs on 400V, so it pulls the current needed to ramp up temperature fast in industrial heating zones. And the length? Around 300mm. That keeps the footprint small, so you can drop it into existing enclosures without reworking the whole machine. This short-wave design focuses the output where you need it most. But it also means the heat piles up. So you’ve got to plan for thermal management—size your control system and heatsink for the concentrated load. If you don’t, nearby parts will run hot, and service life takes a hit.

The guts: carbon fiber, halogen, and R7s

The carbon fiber element heats up quickly and holds steady resistance—no surprises, even after long runs. The halogen fill keeps the element clean by stopping evaporated material from redepositing. Together, that means stable output when you’re running 24/7. The quartz envelope handles the shock of repeated on/off cycles, and the reflector coating pushes more infrared energy forward so it couples into the target better. Then there’s the R7s connector. It locks in fast, carries high current, and gives you a straight, rigid connection. That rigidity matters when you wire it up—it cuts down on vibration-related failures and keeps alignment solid.

Where it shines: fast, focused heat for tough jobs

Use this tube when you need high heat density for drying, curing, or localized heating—think packaging lines, printing, plastic processing. The short-wave output hits the target hard and fast, so cycle time drops. Installation is straightforward. With R7s, it’s basically a drop-in replacement in compatible fixtures. You’ll get a lot of power per unit length. Just make sure you plan for cooling and proper shielding. Treat it like a precision heat tool—not a general heater—and you’ll get repeatable performance with fewer burnouts.