Cat No:QDNQDI-0003
Quantum-dot color-conversion ink formulated from surface-treated quantum dots, UV-curable polymer resin and light-scattering particles. The printable system provides stable flow, low film shrinkage, uniform light output and broad viewing performance for advanced display structures.
| Chemical Composition | Surface-treated quantum dots; UV-curable polymer resin; light-scattering particles |
| Fabrication Properties | Stable inkjet printing; low film shrinkage; uniform optical output; high light-conversion efficiency; compatible with multiple printhead and printing-system configurations. |
| Form | UV-curable inkjet-printable color-conversion ink |
| Matrix | UV-curable polymer resin with light-scattering particles |
| Peak Emission Wavelength (nm) | Cd-based: 460, 480, 530, 580, 630; InP-based: 525, 630 |
| Quantum Yield (%) | Cd-based: >80; InP-based: >70 |
| Emission Color | Blue; cyan; green; yellow; red |
| FWHM (nm) | Cd-based: <25; InP-based: <45 |
| Absorbance at 450 nm (OD/μm) | Cd-based: 0.1–0.3 depending on color; InP-based: approximately 0.1 green and 0.2 red |
| External Quantum Efficiency (EQE, %) | Cd-based: 30–50 depending on color; InP-based: 30–40 |
| Applications | QD-OLED; QD-microLED; QDCF-LCD; patterned quantum-dot color-conversion layers; printed display panel research. |
Eata Energy delivers high-performance energy materials, application-focused customization, and reliable global supply solutions—empowering innovation across energy storage, photovoltaics, semiconductors, and advanced optoelectronics.
For Research or Industrial Raw Materials, Not For Personal Medical Use!
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