RFID and NFC antennas embedded in glass offer compact, unobtrusive integration that is ideal for glass stores, vehicles and buildings. They enhance digital connectivity, provide high robustness in harsh environments and ensure reliability in challenging applications with minimal space requirements.

Integrated metal structures provide good electrical conductivity enabling efficient heated glass for frost control and temperature regulation. Their high temperature stability makes them ideal for automotive applications as well as increasing safety in harsh environments.

Metal structures embedded in glass enhance the marking by providing metallic effects, tactile elements and machine precision. It increases design flexibility, improves the value of the glass and ensures long-terms and washable stable marking.

Metal structures serve as conductive micro-electrodes and pathways within bioelectronic sensors, enabling precise monitoring of physiological signals. This integration ensures biocompatibility and transparency, making it ideal for wearable health devices and medical implants.

Metal grids provide good electrical conductivity and increased wear resistance, resulting in more robust and durable touch-sensitive surfaces for industrial displays. This combination improves responsiveness, ensures longevity and maintains performance even in harsh environments.

We can imagine that conductive metals could enhance light absorption in solar panels, potentially acting as efficient optical absorbers. This could improve electron flow and boost overall energy conversion efficiency, making future solar panels even more effective.