QD-PR solution of Mesolight is made of various materials such as QDs, PGMEA, photoresist and other special surface treatment. It's stable and resistant to photolithography process which can maintain a certain conversion efficiency and achieve patterning. It shows high emission spectrum purity and light conversion efficiency, large emission spectrum range and extinction coefficient, good film formation, more product types, high solid content, high compatibility. It is suitable for the preparation of new generation display devices such as QD-OLED, QD-mLED, QDCF-LCD, etc. Detail Parameters Cd-based QD-PR Film Performance Color PL/FWHM/QY (nm/nm/%): QDs Amount (%wt) 450 nm Abs EQE (%) R 630/<30/>80 10-40 OD>0.2/um-50 G 525/<25/>80 10-40 OD>0.2/um-45 InP-based QD-PR Film Performance R 630/<45/>70 10-40%OD>0.2/um-35 G 525/<40/>70 10-40%OD>0.1/um-35 InP-based QD-PR Color PL Emission FWHM QY Concentration 450nm Abs EQE Amount Product ID Green 525nm＜40nm＞70%10-40%wt OD＞0.1/um~35%2/5/10 ml InP-based QD PR-525 Red 630nm＜45nm＞70%10-40%wt OD＞0.2/um~35%InP-based QD PR-630 Cd-based QD-PR Color PL Emission FWHM QY Concentration 450nm Abs EQE Amount Product ID Green 525nm＜25nm＞80%10-40%wt OD＞0.2/um~45%2/5/10 ml Cd-based QD PR-525 Red 630nm＜30nm＞80%10-40%wt OD＞0.2/um~50%Cd-based QD PR-630
The IJP process is simple and easy to prepare large-size panels, which has become the mainstream technology in the manufacture of display panels. Mesolight has been focusing on research and development of QLED IJP inks and printing processes for many years. BOE first printed and prepared 5/14-inch AMQLED displays who appeared at SID 2017 International Exhibition and won the "2017 Best Display Show" award by using our QLED QDs and ZnO inks. We also provide customers with related supporting products, services and process solutions. We actively cooperates with panel manufacturers for ink development, printing process debugging and printing equipment rental services. Cd-based QDs IJP Ink Color PL Emission FWHM QY Viscosity Surface Tension Concentration Cat NO. Blue 465±5nm ＜25nm ＞65% 5.5±1.0mPa.s 29.0±1.5mN/m 30±5mg/ml Cd-based QDs Ink-465 Green 525±5nm ＜25nm ＞80% 5.5±1.0mPa.s 29.0±1.5mN/m 30±5mg/ml Cd-based QDs Ink-525 Red 625±5nm ＜28nm ＞85% 5.5±1.0mPa.s 29.0±1.5mN/m 30±5mg/ml Cd-based QDs Ink-625 InP-based QDs IJP Ink Color PL Emission FWHM QY Viscosity Surface Tension Concentration Cat NO. Green 525±10nm ＜45nm ＞70% 5.5±1.0mPa.s 29.0±1.5mN/m 30±5mg/ml InP-based QDs Ink-525 Red 625±10nm ＜45nm ＞70% 5.5±1.0mPa.s 29.0±1.5mN/m 30±5mg/ml InP-based QDs Ink-625 ZnMgO NP IJP Ink Surface Tension Concentration Viscosity Cat NO. 28.0±1.5mN/m 40±5mg/ml 6.0±1.0mPa.s Zn(MgO) Ink
CATEGORY
1. Our quantum dot microspheres have a uniform shell and have stronger rigidity 2. Stable performance, no fluorescence attenuation under the conditions of various conventional medicine, food, drug testing samples. Room temperature can be stored for 2 years. 3. High fluorescence intensity, strong anti-bleaching ability. 4. High sensitivity, helping the development of Femto-level detection reagents. 5. The particle size is uniform and consistent between batches. 6. It can be directly replaced and compatible with the time resolution platform. Typical Performance InP Quantum Dots Microspheres & TEM of InP Quantum Dots Microspheres UV-Visible Absorption & Fluorescence Emission Spectrum DLS Particle size distribution & Zeta potential Immunochromatographic Application of InP Quantum Dots Microspheres Detail Parameters InP Quantum Dots Microspheres PL Emission Surface Ligands Particle Size Carboxyl content Amount Cat No. 525±10nm-COOH 140±15nm 300-360µmol/g 10mg/50mg/500mg InP-NS-G-140 615±10nm InP -NS-R-140 525±10nm 200±15nm InP -NS-G-200 615±10nm InP -NS-R-200 525±10nm 300±15nm InP -NS-G-300 615±10nm InP -NS-R-300 Notes: we are able to customize PL Emission, Particle Szie, Surface Group accroding to customer rquirements.
CATEGORY
With the advantages of large Bohr radius, significant quantum effect, the emission spectrum of Lead sulfide Quantum Dots ( PbS QDs) can cover the range of near- infrared band. PbS QDs are easy to mass production. Typical Performance wavelength（nm） wavelength（nm） wavelength（nm） wavelength（nm） - Typical PL and UV absorption spectra for PbS QDs with different emitting colors, for reference only. Detail Parameters PL Emission FWHM Amount Cat NO. 850±50nm 120-150nm 50/100/300 mg PbS-850 950±50nm 120-150nm 50/100/300 mg PbS-950 1050±50nm 120-150nm 50/100/300 mg PbS-1050 1150±50nm 120-150nm 50/100/300 mg PbS-1150 1250±50nm 120-150nm 50/100/300 mg PbS-1250 1350±50nm 120-150nm 50/100/300 mg PbS-1350 1450±50nm 120-150nm 50/100/300 mg PbS-1450 1550±50nm 120-150nm 50/100/300 mg PbS-1550 Have Questions? If you don’t see the product that you’re looking for, please don’t hesitate to CONTACT US. We will provide you our best solutions for your desired results.
CATEGORY
1. Our quantum dot microspheres have a uniform shell and have stronger rigidity 2. Stable performance, no fluorescence attenuation under the conditions of various conventional medicine, food, drug testing samples. Room temperature can be stored for 2 years. 3. High fluorescence intensity, strong anti-bleaching ability. 4. High sensitivity, helping the development of Femto-level detection reagents. 5. The particle size is uniform and consistent between batches. 6. It can be directly replaced and compatible with the time resolution platform. Detail Parameters CdSe Quantum Dots Microsphere PL Emission - Surface Ligands - Particle size - Carboxyl content - Amount - Cat No. 525±10nm - COOH - 140±15nm - 300-360µmol/g - 10mg/50mg/500mg - CdSe-NS-G-140 615±10nm - CdSe-NS-R-140 525±10nm - 200±15nm - CdSe-NS-G-200 615±10nm - CdSe-NS-R-200 615±10nm - CdSe-NS-R-200-Si 525±10nm - 300±15nm - CdSe-NS-R-300 615±10nm - CdSe-NS-G-140 Notes: we are able to customize PL Emission, Particle Szie, Surface Group accroding to customer rquirements.
CATEGORY
