The Next Generation Nanotechnology For Display & Optical Applications
Delivering the Ultimate in AR/MR Optics with PixClear® HRI Designer Compounds
Click here to watch our CEO Craig Bandes give an invited talk at the 2021 SPIE AR/VR/MR Symposium.
Kateeva Announces Strategic Partnership with Pixelligent
合作的目的是优化光Output Efficiency in Mobile Phones with Inkjet-Printed Planarization Layer over Microlens Arrays.
PixClear®TiO2 Titania Nanocomposites for High Refractive Index Films
Click here for the full technical paper presented by Dr. Serpil G. Williams at the 2021 SPIE AR/VR/MR Symposium.
Zirconia and Titania Based High Refractive Index Formulations and Materials
Our PixClear® high refractive index nanocrystals dramatically improve optical and mechanical properties to enable next-generation products. We disperse these nanocrystals into a variety of solvents and polymer systems to create perfectly clear formulations. We deliver PixClear products at scale, utilizing a fraction of the footprint used by traditional chemical companies. Pixelligent is located in a certified Opportunity Zone in Baltimore, MD.
Learn MoreHow Zirconia and Titania Can Work in Your Application
Pixelligent creates Designer Compounds™ material to deliver a combination of properties and never-before-seen performance for a broad set of display and optical applications, including AR/VR/MR, OLED and MicroLED displays, Optical Sensors, and Solid-State lighting. Our PixClear products, when deployed in these applications, have the potential to deliver terawatts of power savings annually.
Learn MoreFull Line of PixClear® Dispersions and Formulations
The PixClear® line of dispersions and formulations delivers the highest performance required by next generation display and optical applications, with unparalleled high refractive index, brightness, clarity, operating efficiencies and device-lifetime. PixClear dispersions are compatible with many polymers, including acrylics, siloxanes and epoxies. We design our formulations to provide solutions that deliver high refractive index film and structures when cured.
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