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

They are currently internationally recognized as bioactive ceramic materials suitable for clinical applications

Diameter:0-30 nm

Name:Carboxylated reduced graphene oxide dispersion

Drug delivery: as a carrier to accurately deliver drugs to the lesion site

and its special molecular structure and electronic structure not only have electron-donating properties but also have electron-withdrawing properties

Name: Chondroitin Sulfate Methacryloyl

ZnO has three crystalline structures

Maximum excitation wavelength：~492nm

flexibility and easy coating ability

CsPbCl¡ãChas A typical Abx-¡ãCtype perovskite crystal structure

Concentration:10 mg/ml

Insulation and heat dissipation materials: Due to their excellent electrical insulation and high thermal conductivity