On the glass line, heat isn’t just a number—it’s control. One quartz lamp down, and the whole tempering run stalls. A bend profile starts to drift. A lamination stack can go sideways. That’s why we run Teflon-insulated quartz lamps: dependable heat, shift after shift, without the surprises. What matters, technically, is the energy profile. Quartz lamps throw fast, high-intensity infrared with a quick response and tight focus. The Teflon wire keeps the conductors protected against high temperature and chemical exposure, and it stays flexible enough to route cleanly through ovens and heater blocks. We match lamp geometry to your zones—standard lengths, custom watt densities, and termination choices that fit common junction boxes and OEM mounts. The payoff is repeatable heat input, not hot spots or drift. In tempering, uniform heating across the ribbon heaters keeps thermal stress in check and reduces breakage. For bending, the lamps hit target glass temperature fast, so cycle time tightens and shape repeatability improves. In coating drying, consistent infrared output stabilizes film quality and cuts down on solvent retention. During lamination—EVA, SGP, or PVB—the lamps help hold the set thermal profile, so voids don’t show up and optical clarity stays where it should. For insulating glass sealing, the focused heat supports a consistent edge seal without cooking the spacer. A few practical notes. These lamps are built for glass-processing heat profiles, but they still need clean mounting and stable power. Check clearances to reflectors and shields, and confirm voltage and connector compatibility with your control cabinet. Handle the quartz tube with care—keep oils off, and avoid impacts. Stay within rated current, and keep the lamp surface clean. Do that, and you get stable output and a long service life.