Cd-based QLED Quantum Dots 625 nm

Cd-based QLED Quantum Dots, engineered for a peak emission at 625 nm, provide the highest level of electroluminescent performance for advanced display architectures. These nanocrystals are designed with a gradient core-shell structure to virtually eliminate surface defects, resulting in near-unity quantum yields and exceptional photothermal stability. When integrated into a device stack using our specialized ZnMgO nanoparticle solution, these dots facilitate an optimized Electron Transport Layer (ETL) that balances charge carrier injection and minimizes energy loss at the heterojunction. The high transparency and tuned work function of the ZnMgO layer, combined with the superior absorption cross-section of our Cd-based QDs, ensure ultra-bright, flicker-free performance and a significantly longer device half-life.

Applications

• High-End UHD Displays: Serves as the benchmark for red-light emission in premium QLED televisions, providing the deep color saturation required color standards.
• Professional Grade Monitors: Utilized in studio-grade monitors where color accuracy, peak brightness, and narrow emission linewidths are critical for high-fidelity content creation.
• Specialized Optoelectronic Research: Ideal for laboratory-scale QLED device prototyping, offering a reliable and high-efficiency reference material for next-generation light-emitting technologies.
• Advanced Signage & Large-Format Displays: Applied in outdoor and commercial digital signage that requires high-intensity red emission and stability against environmental degradation.
• Industrial Sensors & Lighting: Integrated into high-performance optocouplers and precision sensors that rely on stable, high-intensity monochromatic light sources.
• High-Resolution VR/AR Panels: Provides the necessary pixel brightness and rapid switching speeds for next-generation virtual reality headsets and augmented reality projections.