Copper nanoclusters

Copper nanoclustersProduct Name NameCopper nanoclusters Product Overview Metal nanoclusters containing several to hundreds of atoms bridge the gap between nanoparticles and molecular compounds, typically exhibiting molecular like electrical and optical properties. Additionally, metal nanoclusters have the advantages of large Stokes scattering, size, and ligand dependent fluorescence properties, making them an emerging class of materials for constructing fluorescence

Product Name

Name：Copper nanoclusters

^{Product Overview}

Metal nanoclusters containing several to hundreds of atoms bridge the gap between nanoparticles and molecular compounds, typically exhibiting molecular like electrical and optical properties. Additionally, metal nanoclusters have the advantages of large Stokes scattering, size, and ligand dependent fluorescence properties, making them an emerging class of materials for constructing fluorescence platforms. At present, research mainly focuses on the synthesis and application of noble metal gold and silver nanoclusters. However, copper belongs to the same group as gold and silver in the periodic table, and has the characteristics of being cheap, environmentally friendly, easy to obtain, with simple preparation procedures and low toxicity. It is widely used in industry. In addition, copper nanoclusters have better photostability than organic dyes and are more environmentally friendly than semiconductor quantum dots, making them suitable for trace detection.

^{Technical Parameter}

Concentration:0.05 mg/mL

Solvent:Water

Diameter:1-10 nm（HRTEM:/span>

Diameter:Colorless and transparent solution

Stabilizer:GSH

^{Product Features}

1) Fluorescence properties: Due to the close particle size of copper nanoclusters to the wavelength of electrons, they can exhibit unique fluorescence properties, which have important application value in fields such as biological imaging, sensing, and optoelectronic devices.

2) Biocompatibility: Copper nanoclusters have good biocompatibility, are non-toxic or low toxic, which makes them have a wide range of application prospects in the biomedical field.

3) Water solubility: Copper nanoclusters are easily dispersed in aqueous solutions, making them convenient for transport and application in living organisms.

4) Light stability: Compared to other fluorescent materials, copper nanoclusters have better light stability and can maintain fluorescence performance for a longer period of time under light conditions.

Application Fields

1) Biomedical: used for biological imaging, cell labeling, cancer immunotherapy, etc. The fluorescence properties of copper nanoclusters make them an ideal material for biological imaging, while their good biocompatibility ensures their safety in the biomedical field.

2) Environmental Protection: Copper nanoclusters can be used as probes for detecting organic pollutants, heavy metal ions, and other environmental pollutants.

3) Petrochemical industry: In the field of petrochemicals, copper nanoclusters have a certain catalytic effect and can participate in oxygen reduction reactions, catalytic hydrogen evolution reactions, and carbon dioxide reduction reactions.

4) Optoelectronic devices: By utilizing their fluorescence properties, copper nanoclusters can be used to prepare optoelectronic devices such as LEDs, photodetectors, etc.

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