New arrival clear IR lamps 1260mm 2500w infrared carbon fiber tube with SK15

May 25, 2026

Meet the New 1260mm Infrared Lamp

We’ve got a new infrared lamp in the shop—1260mm long, built around a 2500W carbon fiber heating tube. It was built for real industrial work—the kind that needs a big, even heated zone without tripping your electrical system. The 2500W power gives you serious heat density, so you get up to temperature fast. But here’s the part you’ve got to plan for: that power also means your machine’s cooling needs to be ready for the extra ambient heat. No surprises, just good engineering. And the SK15 end-cap and terminal setup? It locks the lamp in place. No wiggle, no lost contact—even when things are vibrating.

What’s Inside, and Why It Matters

At the heart of this lamp is the carbon fiber tube. Compared to old-school tungsten filaments, carbon fiber responds quicker and keeps its resistance steady over time. That means less guesswork and more consistency, shift after shift. The tube sits inside a clear quartz envelope. That’s what lets the short-wave infrared energy come through strong. The result is direct radiant heat—hitting the product directly, not wasting energy heating the air around it. And the SK15 connector? It’s a tough, practical terminal block design. If you’re swapping out an existing fixture, it’s a straightforward drop-in. It’s made to take the heat cycling and the bumps of a busy production floor.

Who It’s For, and What It Feels Like to Run

If you run high-speed lines—plastic thermoforming, coating curing, or food processing—this lamp was made for your world. That 1260mm length covers a wide area, and the 2500W power gets the target surface hot, fast. You feel it in the rhythm of the line: focused heat, minimal warm-up delay. And the carbon fiber element is forgiving. It handles repeated on/off cycles better than standard filaments, which helps you avoid burn-outs and keeps downtime down. Now, the trade-off is honest. You get high power and fast response—and you need to manage the heat coming off the lamp and the equipment around it. Plan the cooling, and this lamp just gets to work.