Introduction
We build carbon fiber heating elements for food baking lines that need to get hot fast—and stay exactly where you set them. Think halogen-infrared quartz tubes, engineered to pack a ton of heat into a small footprint. They’re the reliable backbone for continuous ovens and batch systems, where staying up and running—and getting the same results every time—is everything.
What’s Under the Hood
Our standard tubes run on 400V and come in 300mm and 500mm lengths, cranking out up to 2500W. That combo gives you serious heat without pushing your controls to the edge. The 300mm size slips into tight chambers. The 500mm version stretches across wider belts or handles multiple product lanes. And the carbon fiber core is naturally quick—hits target temperature fast, so you spend less time waiting around when you switch recipes.
Materials and Design, Straight Talk
The quartz envelope is filled with halogen, which keeps the filament steady and the output consistent over the life of the lamp. The outer surface has a reflective coating that pushes infrared energy forward, so less heat is wasted out the back and nearby parts stay cooler. The R7s connector is a straight-pin, high-temperature ceramic interface. It slips in without tools, stays secure, and handles repeated heating and cooling without loosening up. If your line needs a different footprint, we spec SK15 terminals—compact, high-current wiring for tight control panels.
Why Food Bakers Care
In food baking, you want heat where the product is, not bleeding into the oven walls. These elements deliver direct infrared energy right to the food surface, helping you get better crust formation and tighter color control. They run hot and fast, so your oven can be shorter and take up less floor space. The trade-off? That high heat density means you need a properly sized cooling and airflow setup to keep the area around the lamp ends and the control gear at a safe temperature. And we design these for easy drop-in replacement, so maintenance doesn’t drag on.
A Reality Check on Power
A 400V, 2500W setup pulls serious current. Make sure your feed wiring, fusing, and contactors are rated for continuous duty at that load. If you run long cycles, plan for thermal clearance around the R7s pins and be sure the lamp holders can handle the heat without deforming.
What You Actually Get
Predictable heating. Consistent output. A rugged build that can take the daily heat cycles of industrial baking. The carbon fiber core and halogen chemistry keep performance steady, so you can hit your SOP temperature shift after shift.
Installation, Done Right
Mount the tube with proper clearance so you don’t cook nearby components. Square up the R7s pins to avoid arcing. And always verify the voltage at the terminal before you power on—mismatched voltage shortens filament life and can burn the lamp out early.
The Bottom Line
If your line needs fast, focused infrared heat for food baking, these carbon fiber halogen elements deliver the power, the dimensions, and the right connectors to wire it up and run.
How They Hold Up
You can expect stable output over thousands of cycles, with infrared that holds setpoint even when the load varies. The quartz envelope stands up to thermal shock, and the R7s interface keeps contact resistance low—even after repeated heat-downs.