PixCor™ Products
Delivering the UV stability required for your high refractive index (RI) Extended Reality, Display, and Sensor applications.
PixCor™ Core-Shell Technology
PixCor™ was developed to the same exacting performance standards as Pixelligent’s PixNIL® products, with the added benefit of dramatically improved UV stability. Our brilliant nanotech scientists developed a proprietary core-shell technology where we surround our PixClear® Titania with a zirconia shell. This allows PixCor™ enabled formulations to deliver the combined advantages of UV stability, high refractive index, low haze, and high transparency, resulting in far superior optical fidelity and image quality for pass-through optics applications.
Enabling Next-Generation
UV-Stable Optics
PixCor™ is exclusively formulated into Pixelligent’s high RI PixNIL® formulation product line, revolutionizing next-generation optoelectronic devices.
Advantages of PixCor™
PixCor™ enabled formulations offer improved UV stability while maintaining high RI, low haze, high transparency, and low residual layer thickness to deliver optimal optical properties and robust mechanical features. PixCor™ enabled formulations are available in solvent-containing and solvent-free formulations.
Explore Our PixCor™ Product Catalogue
- Residual Layer Thickness: <30nm
- Film Thickness Range: 150-500nm
- Refractive index: 1.86
- Haze: <0.1%
- Transparency: >95%
- Excellent structural fidelity and mechanical properties
- Enables larger FOV and more immersive AR experience
- Nanocrystal: 15nm particle size
- Solvent Type: PGMEA
- Dispensing Method: Spin Coat / Slot Die
- Curing Method: UV
Custom PixCor™ enabled NIL formulations are available upon request.
PixCor™ Compatibility
PixCor™ core-shell dispersions are comprised of a proprietary Zirconia shell that surrounds a PixClear® Titania nanoparticle core.
PixCor™ enabled PixNIL® formulations have demonstrated excellent nanoimprintability with leading nanoimprint tool makers and can deliver high aspect ratios of up to 6:1, resulting in better optical fidelity and image quality.
