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InP-based QLED Quantum Dots 525 nm

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SKU:
NG10QD0962
Contact us at: sales@nanografi.com
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Description

InP-based QLED Quantum Dots 525 nm

InP-based QLED Quantum Dots, engineered for a high-fidelity 525 nm green emission, offer a sustainable and high-performance solution for the next generation of cadmium-free optoelectronics. These nanocrystals feature a sophisticated core-shell structure designed to maximize color purity and quantum efficiency, providing a narrow emission FWHM that is essential for achieving the most demanding color gamut standards. To ensure peak device performance, these dots are optimized for use alongside our ZnMgO nanoparticle solution, which creates a superior Electron Transport Layer (ETL). The synergistic effect of ZnMgO’s wide bandgap and high transparency enhances electron injection while suppressing quenching at the interface, resulting in QLEDs with significantly higher luminance and operational stability.

Applications

  • Ultra-HD & 8K Televisions: Acts as the primary green-light emitter, providing the high spectral radiance required for vibrant, lifelike color reproduction in premium display panels.
  • Professional Monitors & Tablets: Enables high-accuracy color rendering for creative professionals, ensuring consistent and precise green-channel performance in thin-film transistor (TFT) stacks.
  • Energy-Efficient Smartphones: Increases the overall luminous efficacy of mobile displays, significantly extending battery life by maximizing light output per watt in the green spectrum.
  • Smart Wearables & Smartwatches: Ideal for compact, high-brightness displays that require sharp contrast and low power consumption in a small form factor.
  • Holographic & 3D Displays: Utilized in advanced optical systems where high color saturation and precise wavelength control are necessary to create depth and realistic imagery.
  • Aeronautic & Defense Displays: Integrated into cockpit instruments and head-up displays (HUDs) where high-visibility green emission is critical for legibility under intense ambient light.
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