Sheet-like nanodiamond(~40nm)Product Name Name Sheet like nanodiamond~40nm: span> Product Overview Diamond has extremely high chemical stability and almost does not react with most chemical substances at normal temperature and pressure. Diamond nanosheets also have good chemical stability, mainly due to the strong covalent bonds between carbon atoms in their crystal structure. This chemical stability enables diamond nanosheets to maintain the stability of their structure and

Slovent:water

Lateral size:0

this hexagonal structure is perfectly and uniformly distributed on the surface of the entire carbon nanotube

Ion exchange and adsorption capacity: Sulfonic acid groups can exchange ions with metal cations (such as Cu²⁺

Making method:CVD

cerium dioxide nanoparticles can be used to detect harmful gases such as carbon monoxide and hydrogen to improve environmental monitoring and safety protection

or directly as acidic catalysts (such as for esterification reactions)

Methacrylated Filipin Protein (XFBM243)

easy modification of surface functional groups

increasing the absorption and utilization of solar light by the cell

Conductivity: Its excellent conductivity makes it an important material for batteries

good hydrophilicity: rich surface functional groups