Quantum Dot Photoresist Resins
Next-generation patterning materials for ultra-high resolution MicroLED display technology.
Delivering exceptional color purity, quantum efficiency, and Cd-free scalability for future displays.
Red/Green Quantum Dot Resins for MicroLED Patterning and Display Innovation
Quantum Dot Photoresist Resins are cutting-edge materials designed to advance MicroLED display manufacturing through unmatched precision, resolution, and color performance. Engineered for sub-5 µm patterning, these resins incorporate quantum dot (QD) technology to deliver superior photoluminescence quantum yield (PLQY), color purity, and miniaturization potential – all while maintaining environmental responsibility with cadmium-free formulations.
Ideal for use in MicroLED displays for smartphones, wearables, TVs, AR/VR devices, and automotive screens, these resins support sustainable and scalable production workflows.
NAGASE supplies Quantum Dot Photoresist Resins for advanced display manufacturing worldwide – offering full integration support for high-resolution patterning, process compatibility, and regulatory compliance.
Applications
Quantum Dot Photoresist Resins are used in MicroLED manufacturing where resolution, brightness, and environmental safety are critical.
- Smartphones and tablets – MicroLED displays with ultra-fine pixel structures
- Wearable devices – Energy-efficient, compact displays with vivid color output
- AR/VR headsets – High-density displays requiring sub-5 µm pattern precision
- Automotive dashboards – Durable, bright MicroLED panels for vehicle displays
- Large-format TVs – High-luminance and low-power screen architectures
Features
Quantum Dot Photoresist Resins combine nanoscale precision with environmental responsibility and outstanding optical performance.
- Superior color purity and brightness – Achieves >70% PLQY over 1000 hours for green and red QDs
- High-resolution patterning – Supports sub-5 µm pixel definition for next-gen MicroLED arrays
- Improved efficiency and optical stability – Delivers < 40 nm FWHM for narrow spectral emission
- Cadmium-free formulation – Sustainable and compliant with global environmental standards
- Scalable process compatibility – Adaptable to mass-production workflows in display fabs