2 on Quartz Heating Master Solutions

Krones Contiform 2 IR radiator

Tue, 30 Jun 2026 04:20:49 +0800

On a Contiform 2 line, you feel preform heating before anything else. The heating tunnel runs a little hot, a little cold, and suddenly you’re staring at axial splits, blown shoulders, and a pile of scrap you didn’t budget for. Halogen lamps are always a gamble—output drifts, reflectors lose focus, and downtime starts to climb. The Krones Contiform 2 IR radiator is built to put the original IR heating performance back under control, so the temperature profile stays repeatable shift after shift. We built the Contiform 2 IR radiator around short-wave infrared quartz emitters, tuned to the same wavelength and heating window the machine expects. Each emitter uses the R7s connector and drops into the same mounting footprint, so you’re swapping onto the existing brackets, not re-engineering the tunnel. Power is calibrated to the Contiform 2 heating tunnel load, and the output stays stable enough to hold preform surface temperature within tight tolerance. That gives you predictable stretch behavior in the blow molder, fewer rejects, and bottle weight that doesn’t wander all over the place. Out on the floor, that translates to less scrap and less rework. Startup stabilizes faster, and the heating zone snaps back quickly when you change formats. Energy use drops because the emitters hit setpoint fast and hold it without overshoot. In practice, lamp life holds up through long campaigns, with output staying steady over thousands of hours—less fade, fewer lamp swaps, and more uptime you can count on. Installation is clean, but alignment is the detail that matters. Set the emitter position and reflector gap to the OEM tolerance; if you’re off, you’ll see hot spots and uneven heating. Verify voltage and cooling airflow before the first heat, and keep the reflector surface clean during changeovers. If you’re running a Contiform 2, this radiator is the spec-matched way to get back to stable, repeatable PET heating.

SIPA SFL 2/2 linear blower lamp

Wed, 24 Jun 2026 03:27:04 +0800

On a SIPA SFL 2/2 stretch blow molding line, you don’t set preform heating and walk away. It’s the first variable that turns into scrap the moment it drifts. When the heating tunnel lamps start underperforming, you know it fast—uneven wall distribution, blown bottles, then the domino effect: jams and micro-stoppages that bleed margin. The SIPA SFL 2/2 linear blower lamp is built as a direct-fit replacement, and it does the one job that matters: it keeps the heating profile stable, shift after shift. What matters technically The SFL 2/2 linear blower lamp runs short-wave infrared halogen emitters inside a quartz tube, chosen for quick thermal response and repeatable output. The geometry and mounting match the SFL 2/2 heating tunnel, and the termination is R7s—so you can swap the lamp without rewiring the reflector assembly. We spec tight filament tolerances and a defined spectral output, because that’s what keeps preform surface temperature inside the narrow band the blow molder expects. The result is a heating curve that doesn’t wander from lamp to lamp. Why it works on the SFL 2/2 In stretch blow molding, the preform has to hit the right temperature across the neck, shoulder, and body before high-pressure air stretches it. A lamp that heats fast and holds steady output keeps cycle times consistent and cuts rejects. On the floor, teams running the SFL 2/2 see fewer heating-related line stops and more predictable quality—without changing the lamp footprint or the control interface. Things to know on install Installation is straightforward, but the reflector and airflow path are part of the thermal balance. Match lamp length and wattage exactly, and check reflector condition plus cooling airflow in the tunnel. Misalignment or blocked airflow will create hot spots and shorten lamp life. Ambient dust and oil love to coat quartz. Keep the tunnel clean, or you’ll watch output drop and lamp life collapse faster than you expect.