quartz halogen heat lamp ir lamp 730mm printing infrared heat lamp

quartz halogen heat lamp ir lamp 730mm printing infrared heat lamp

Let’s talk about the 730mm Quartz Halogen Heat Lamp

Here’s the thing about this lamp: it wasn’t built for show. It was built for the grind—the kind of high-intensity heating you need on a busy industrial floor, especially in printing. At its heart is the halogen cycle, which keeps the filament intact even when things get scorching. That’s why it can run hotter than your standard infrared emitter and deliver a tight, short-wave blast of energy. And that 730mm length? Not random at all. It gives you the right amount of surface area to hit the power density you need, while still fitting neatly into standard machines.

Power, plain and simple

That 730mm size directly translates to power and heat distribution. A longer envelope means a higher wattage rating, so you get more total energy across a focused area. It’s designed for high-voltage operation, which drops the current draw at a given power level. Less current means fewer losses in the line and thinner wiring, which keeps costs down. The trade-off? You need to respect the setup—high-grade ceramic sockets and proper safety protocols are a must. You get the heat, but your electrical system has to be up to the task.

The guts that take the heat

The quartz envelope is the real hero here. It handles the thermal shock of rapid on/off cycles and stays clear even after long shifts. Inside, the halogen gas regenerates the tungsten filament, so the lamp stays bright and consistent over its life—no blackening, no fade. And the R7s double-ended connector? It’s the standard for a reason. It locks in a solid, high-temp connection, so the lamp stays put even when the machine is vibrating. This thing is built to take a beating.

Why printers love it

In printing, especially when you’re drying inks or curing coatings on a moving web, this lamp shines. Its short-wave infrared energy punches through the surface fast, driving out moisture or kicking off curing from the inside out—without scorching the material. That concentrated heat lets you run faster line speeds, which means more throughput. And the best part? It’s a compact heat source you can drop right into existing equipment with minimal redesign. It’s meant to be a direct, reliable replacement, giving you predictable temperature control, shift after shift.

Respect the heat

This lamp is a workhorse, but it’s no pushover. Run it at high power and the reflector and housing get seriously hot. Adequate ventilation isn’t optional—it’s mandatory. Skimp on cooling and you’ll shorten component life and create a burn hazard. Always make sure your machine’s cooling and mounting hardware are rated for the thermal load of a high-density emitter.

Installation? Straightforward.

Wiring it up is simple thanks to the R7s connection. Power off, line up the pins, seat the lamp firmly. During routine maintenance, keep an eye on the socket for arcing or oxidation. A clean, dry connection keeps the power steady. When it’s time to replace the lamp, it’s a quick swap—keep spares on hand so downtime stays short.

A few practical reminders

Always match the lamp’s voltage and wattage to your system. Running a 400V lamp on lower voltage means weak heat. Over-volting, on the other hand, will kill the lamp fast. And that 730mm length is tuned for specific power profiles, so double-check your heat requirements before choosing. In a printing press, this lamp dries ink quickly without overheating the substrate. The focused heat means higher line speeds and smoother efficiency. Engineers can work it into existing systems with minimal fuss, which makes it a practical upgrade for heating capability. When you’re selecting one, verify your system’s voltage, power capacity, and thermal management. Get those right and you’ll get the performance and lifespan you’re after. If you’re unsure, a quick consult with our technical team can lock in the best configuration for your setup. Bottom line: this 730mm quartz halogen infrared heat lamp is engineered for demanding industrial work. It brings reliable, high-intensity heat to printing and other critical jobs, giving engineers a tough, effective solution they can count on.