650mm 240v 1500w halogen infrared heat lamps for bottle blowing

650mm 240v 1500w halogen infrared heat lamps for bottle blowing

The 650mm Halogen Infrared Heat Lamp: Built for Bottle Blowing

We designed this 650mm halogen infrared heat lamp with one goal in mind: get hot, get fast, and slide right into your bottle blowing line without making you rewire the whole setup.

Power, Voltage, and Size—Kept Practical

At 1500W on 240V, you get serious heat packed into a small space. That power level was chosen for one reason: to hit PET preforms with the heat they need, quickly. So your heating zone keeps up with the pace of the cycle. The 650mm length is a smart middle ground. Long enough to cover the preform and shoulder, but short enough to keep the footprint tidy and easy to service. And because it runs on 240V, you can wire it into standard plant power—no extra transformer required.

What’s Inside, and Why It Matters

Halogen infrared technology keeps the heat in the shortwave range. That means it penetrates the PET surface and heats from the outside in—fast, and predictably. The quartz tube handles rapid heating and cooling without complaining, and the halogen fill keeps the filament steady, so output stays consistent over time. The reflector coating is there for one job: push energy forward. Less wasted heat. Fewer hot spots on nearby parts.

Installation? Straightforward.

The R7s base is the real win here. Two pins. Simple. It locks in clean, and carries current reliably. If you’ve already got R7s sockets, this is a direct swap—no modifying hardware, no messing with mounting. Just in, and go.

Why This Matters on the Line

In bottle blowing, your heating window is tiny. This lamp throws focused heat exactly where you need it, so the preform hits the right stretch temperature without cooking the neck finish. The payoff shows up in steady heating, fewer rejects, and less downtime. A heads-up, though: 1500W in a 650mm lamp is serious heat density. Make sure the housing and nearby components have enough clearance and cooling. If your line runs hot, plan airflow and shielding early—before you’re troubleshooting in the middle of a run.