Light Polymers has introduced a line of lighting products based on our Crystallin® Photonic Film technology. The Crystallin Gold97 Task Light and Orange Study Light make high CRI lighting affordable for everyday office and home use. You can visit the Crystallin website for more information on these products and the technology behind them.
The greatest challenge with indoor lighting is accurate color representation, resembling that of sunlight. Color Rendering Index (CRI) is a measure of how closely a light source approximates the sun. Typical indoor lighting has a CRI of 80 or less. For white light, Crystallin achieves an industry leading CRI of 97+ for beautiful, bright and comfortable white light with no glare.
Utilizes unique, optical liquid-crystal film technology developed by Light Polymers to produce a warm, 4000K, white light-spectrum, providing true color representation that is safe for your eyes.
- Blocks harmful blue or UV light leakage less than 420nm
- Industry-leading Color Rendering Index of 97+
- True color representation for professionals and hobbyists
Our versatile liquid crystal technology redefines LED capabilities. With Light Polymers’ wavelength-tunable films, any desired color spectrum can be produced efficiently. Our ability to create color spectrums that are customized for your home or business enhances the quality of your everyday lighting. Light Polymers’ liquid crystal technology also ensures accurate color representation and sun-like light from our customized color spectrums.
Utilizes unique optical, liquid-crystal film technology developed by Light Polymers to produce a customized, orange light-spectrum that is pleasant and safe for long hours of work or study.
- No hazardous blue or UV light leakage <420nm
- Spectrum eliminates any harsh glare and is gentle on the eyes
- Designed for those studying or using displays for long hours
With the second revolution in LED lighting well underway, there are still numerous manufacturing challenges to resolve. Among these challenges are increasing efficiency, lowering costs, improving light quality, enhancing ergonomics and adding connectivity. Current LED technology employs on-chip encapsulated phosphor, endures thermal losses of approximately 15%, extraction loss of 5%, diffuser losses of 5%, unstable thermal drift, harsh glare and requisite high binning costs for LED die and package makers.
Light Polymers’ Crystallin® Photonic Film resolves all of these problems. Crystallin Film requires 25% less power for the same light output with less than 1% color temperature shift and less than 4% lumen drop over 6,000 hours. Crystallin Film can deliver higher efficiency because Light Polymers’ lyotropic chemistry enables a phosphor film that delivers 15% more blue to white light conversion efficiency over current encapsulated LED’s. In addition, when compared to competitive phosphor film solutions, Crystallin films use 20-25% less phosphor, reducing costs and allowing for a flexible form factor.