Quantum dot nanotechnology has successfully entered numerous electronic and biomedical industries. Owing to their unique properties such as superior photostability, high extinction coefficient and brightness, and large Stokes shift, quantum dots have become very appealing for industries that produce electronics like solar cells, transistors, LEDs, medical imaging, and quantum computing.
CdSe ZnS Core Shell Quantum Dots
With a purity of 99+%, the CdSe ZnS (short for cadmium selenide zinc sulfide) core shell quantum dots has wonderful optical properties, featuring a ZnS coating that helps to protect and stabilize the unique optical properties of the CdSe core from potentially damaging environments, and at the same time reducing surface trap states and improving performance. The ZnS shell renders bright and stable luminescence and their stable nature allows further surface-chemistry manipulation.
The CdSe ZnS core shell quantum dots have potential applications in fields like imaging and display research, and surface chemistry.
CdSeTe ZnS Quantum Dots
With a purity of 99.99% and in the form of liquid, CdSeTe ZnS quantum dots also behaves well in many aspects such as the high quantum yield of exciton luminescence, and the long photo stability and the rearrangement of the exciton luminescence band in a wide spectrum range. All makes them potentially applicable in photovoltaic and laser devices, thin-film transistors, light-emitting diodes and luminescent labels in biology and medicine.
As a reliable partner for universities, research institutes as well as manufacturing companies, Alfa Chemistry is now building diversified product lines, covering catalysts, metal materials, graphenes, nanomaterials, functional polymers, lipids and fatty acids, and more. A comprehensive range of nanomaterials can be easily obtained, including nanocarbon, nanofibers, nanofoil, nanoparticles, Nanoprisms, Nanorods, nanospheres, nanotubes, nanowires, novel materials, porous nanomaterials, quantum dots, targets/wafers, and more.
