300w/500w/800w 220v carbon fiber infrared heat lamp

300w/500w/800w 220v carbon fiber infrared heat lamp

We built these carbon fiber infrared heat lamps—300W, 500W, and 800W, all 220V—for the kind of industrial heating where speed, steady output, and a small footprint are absolute must-haves. Plug them straight into a 220V line, no extra transformers needed. And with three power options, you can dial in the heat to match the part and the pace of the line.

Power, voltage, and how fast the heat arrives

Wattage and voltage set the tone—how much heat you get, and how quickly it shows up.

  • The 300W is the gentle option. Perfect for thin films or when you just need to pre-heat.
  • The 500W is your everyday workhorse. Solid for drying and curing.
  • The 800W brings the muscle. Ideal for thicker materials or when you need faster cycles. All three run on 220V. That makes wiring clean and straightforward, and keeps current draw lower than what you often see with low-voltage heaters. The carbon fiber elements get hot fast—full output in seconds. That gives you tight control over dwell time, and you can cycle the lamp on and off without waiting around for it to cool down. But here’s the part to keep in mind: when you run at the top end, the lamp runs hotter. So plan your airflow and mounting distances to protect nearby components and sensors.

Why the carbon fiber element and 220V make sense

The carbon fiber element shines in the near-to-mid infrared range. That means the energy goes straight into the target, not into heating the air around it. The element sits inside a quartz envelope that handles rapid temperature swings and stays clear enough to keep IR transmission steady. And the 220V rating is matched to standard industrial power. Each lamp runs off a single-phase 220V feed, so you don’t have to stack units in awkward series. That also makes fusing and contactor choices simpler, and keeps voltage drop under control across typical machine wiring runs.

Built for the factory floor, day after day

These lamps are made for process heating—when you need heat on demand and results you can count on. Think drying coatings, curing adhesives, thermoforming, and localized heating for plastics and composites. The fast response is a natural fit for indexing lines and intermittent heating zones. You get output you can predict, integration that’s straightforward, and a footprint that doesn’t fight for space. The carbon fiber element handles repeated cycling, but it still needs a little care. Keep it clean, give it proper clearance, and match the power to the thermal load. Do that, and it’ll run the way it should—shift after shift.