Standard glass blocks UV. That's not a flaw — it's intentional chemistry. But if you're running a germicidal sterilization chamber, a UV curing line, a phototherapy panel, or a fluorescence imaging setup, the one thing you need the glass to do is let the UV through. This glass does that.

Formulated with controlled low-iron chemistry that keeps the transmission window open from roughly 280nm through the full visible range, it functions as a transparent enclosure and a UV-transmitting window at the same time — without the cost and fabrication difficulty of fused quartz. For most UVA and UVB applications, it covers the spectrum you need.

Cut and drill with the same tools as standard float glass — carbide scoring, waterjet, and diamond saws all work cleanly. For bonding, use UV-stable silicone or optical cements. Standard PVB and EVA interlayers absorb UV, which defeats the point. Before specifying thickness, confirm your required wavelength range against the actual transmission curve — glass thickness affects UV transmission, and the difference matters in precision applications.

Available in pre-cut sizes, full sheets, or custom cut-to-size.