Current electrochromic materials offer a broad color range and moderate electrochromic activity. However, real-world applications demand more intense coloration, faster switching times, and improved stability. To address these needs, new electrochromic materials have been developed and integrated into an optimized, fully automated spray-coating process for smart, color-changing surfaces. This controlled synthesis and coating method enables precise tuning of color palette, intensity, and reversibility, ensuring rapid response times and high color-switching efficiency. These advances position the technology as a strong candidate for high-performance electrochromic devices.
- Smart color-changing glass (windows/glasses/mirrors/windshields etc.)
- Color displays
- Electrochromic lenses and helmet-visors
- Wearables devices
- Electrochemical sensors
- Fully reversible optical responses
- Very high coloration efficiency
- Color tuning by synthetic means
- Automated spray-coating process
- Fast response times (~400 ms for >95%)
Electrochromic materials with a diverse color palette were demonstrated on a 6×6 cm surface and integrated into an efficient, fully automated spray-coating process, enabling enhanced coloration control.
Dr. Vered Pardo Yissar