halogen bulb 200mm 300w

halogen bulb 200mm 300w

The 200mm 300W Halogen Heating Lamp: Built for the Job

We built this 200mm, 300W halogen heating lamp for engineers who need serious heat in a small space. This isn’t your everyday bulb. It’s a focused infrared heater, made for industrial work—drying, curing, and thermal processing—where you need fast, controllable heat and can’t afford to mess around.

Power that fits

That 300W rating means real heat, packed into a 200mm body. It gets hot fast and holds steady, so you don’t have to over-engineer the system just to get the temperature you need. You’ll find it in standard voltages—think 120V or 230V—so it plays nice with your control panel and site power. Match it right, and it just works. No weak performance. No early burnouts.

The size is intentional

At 200mm long, it hits a sweet spot. It’s long enough to spread heat evenly, but short enough to slip into tight spots and crowded enclosures. That makes mounting easier and keeps your machine footprint lean.

Built to take the heat

Inside, the halogen cycle keeps the quartz envelope clean by redepositing evaporated filament back onto the filament. The payoff? Consistent output and stable resistance over time, which means predictable heat, shift after shift. The quartz tube handles high temperatures and doesn’t crack when you cycle on and off—a must for machines that start and stop often. We use an R7s base, double-ended, for solid support and reliable contact. Installation is clean: align, seat, lock. No wrestling with fragile single-ended fittings. It’s a straight swap.

Where it shines

This lamp is for places where focused infrared heat with a quick response matters—plastic sealing, component drying, adhesive curing, small-scale thermal forming. The compact size plus high power density lets you run faster cycles without overcomplicating the thermal design.

Keep it smart

Packing 300W into 200mm means serious localized heat. So plan your mounting and heat management carefully. Give it clearance, make sure ventilation is adequate, and set up the reflector or shielding properly to avoid hot spots and protect nearby parts. We built it to take the heat, so your process can keep moving.