Introduction
Wafer oxidation is a brutal environment. You need a heating element that can take the heat—day in, day out—and just keep going. No drifting. No giving up. So we built our heating lamps to live in that world. We use top-tier quartz and high-purity tungsten. The kind of materials you know you can count on. The payoff? A lamp that stays in the game, instead of burning out on you.
Technical Deep-Dive
Inside an oxidation furnace, the element has a tough job. It has to hit the temperature fast, then just hold steady. No constant cycling up and down. Our design is built around that reality. It’s all about nailing a stable thermal profile, even when the furnace is running hot for hours on end. The quartz envelope keeps its shape, even when the temperature slams up and down. Inside, the tungsten element just shrugs off the kind of wear that causes hot spots. Together, they give you heat you can count on, every single cycle.
Material & Design
We go with premium quartz for the tube for one simple reason. It can handle those wild temperature swings without cracking. And the high-purity tungsten wire? It gives you consistent resistance and even heating. That means the temperature across your wafer zone stays uniform. That’s how we can stand behind a 5000-hour service life. But let’s be real—at peak temperature, this lamp runs seriously hot. So you need to make sure your chamber cooling and thermal management are up to the task.
Application & Benefits
In wafer oxidation, downtime is money down the drain. Our lamp is designed to be a straightforward, drop-in replacement. It installs quickly, wires up clean, and stays rock-solid under continuous duty. It keeps your process window tight, cuts down on surprise change-outs, and helps you get consistent oxide thickness. For you, that means fewer maintenance headaches and predictable throughput. When you just need heat you can trust, this element gets the job done. No fuss. No drama. Just performance.