Product Advantages: Uniform particle size, broad absorption spectrum, symmetrical emission spectrum, high fluorescence intensity, good photostability.
Product Applications: Light emitting devices, solar cells, biofluorescent markers, etc.
Storage Conditions: Sealed, avoid light, and keep at 4°C.
Product Description
Doping strategies can effectively tailor photoluminescence (PL) properties, and in general, copper (Cu) and manganese (Mn) ions are the metal dopants used for efficient doping. Alfa Chemistry has successfully prepared oil-soluble Cu-doped ZnCdS quantum dots (QDs) and Cu-doped ZnInS QDs. These QDs are well suited for applications such as sensors, imaging, and optoelectronics, where the presence of copper and compatibility with oil-based systems are advantageous.
Product Parameters
Product Name | Catalog Number | PL Emission | FWHM | Quantum Yield |
Cu: ZnCdS/ZnS QDs | GH-QD0093 | 480±10 nm | ≤110 nm | ≥30% |
GH-QD0094 | 540±10 nm | ≤120 nm | ≥50% | |
GH-QD0095 | 580±10 nm | ≤130 nm | ≥40% | |
GH-QD0096 | 620±10 nm | ≤150 nm | ≥40% |
*If you can't find the needed QDs in the table, please send us an inquiry.
Product Name | Catalog Number | PL Emission | FWHM | Quantum Yield |
Cu: ZnInS/ZnS QDs | GH-QD0097 | 500±10 nm | ≤100 nm | ≥30% |
GH-QD0098 | 540±10 nm | ≤100 nm | ≥60% | |
GH-QD0099 | 580±10 nm | ≤100 nm | ≥60% | |
GH-QD0100 | 620±10 nm | ≤100 nm | ≥50% | |
GH-QD0101 | 660±10 nm | ≤100 nm | ≥40% | |
GH-QD0102 | 700±10 nm | ≤100 nm | ≥30% |
*If you can't find the needed QDs in the table, please send us an inquiry.
Alfa Chemistry always puts product quality in the first place. Our oil-soluble Cu-doped QDs are rigorously tested to meet the highest industry standards. In addition, we know that each project is unique. This is why our products have a variety of specifications to choose from, and you can customize the characteristics of these QDs according to your specific requirements. If you have any need, please contact us immediately. We look forward to establishing a close cooperative relationship with you.