Water-phase quantum dots are nanoparticles with diameters ranging from 1 to 10 nm. Under external energy excitation, these nanoparticles emit fluorescence corresponding to their own energy levels, making them a highly efficient luminescent material. Due to their small particle size, they possess superior and unique optical properties as well as surface modifiability, establishing them as a rising star in the field of nanobiophotonics. They are widely used in the area of biological labeling. High-quality quantum dot solutions exhibit the following characteristics: a broad size range, narrow size distribution, good stability, and high fluorescence.

Water-phase quantum dots are nanoparticles with diameters ranging from 1 to 10 nm. Under external energy excitation, these nanoparticles emit fluorescence corresponding to their own energy levels, making them a highly efficient luminescent material. Due to their small particle size, they possess superior and unique optical properties and surface modifiability, emerging as a rising star in the field of nanobiophotonics and being widely applied in the area of biological labeling. High-quality quantum dot solutions exhibit the following characteristics: a broad size range, narrow size distribution, good stability, and high fluorescence.

Water-solubleCdTeQuantum dots

Single-core water-solubleCdTeQuantum Dots (Carboxyl/Amino Modified)

Water-solubleCdSQuantum dots

Water-solubleCdTe/CdSQuantum dots Water-solubleCdTe/ZnS Quantum dots

Water-solubleCdTe/CdS/ZnSQuantum dot water solubilityCdTe/ZnS/CdSQuantum dots