Fluorinated Carbon NanotubesProduct Name Name Fluorinated Carbon Nanotubes Product Overview Fluorocarbon nanotubes are the products obtained by fluorinating the surface of ordinary carbon nanotubes (CNTs). In this process, some or all of the carbon atoms on the surface of the carbon nanotubes are replaced by fluorine atoms, which changes their surface properties. The fluorinated carbon nanotubes have higher chemical stability. Due to the strong electronegativity of fluorine

improving the conductivity of the coating

The hydrothermal method controls the supersaturation and reaction conditions of the aluminum salt solution to allow ions or molecular clusters to aggregate and grow crystals at low temperatures

achieving targeted therapy

such as pyridine

They may exhibit metallic properties

electronic information

Environmental governance: Nano iron tetraoxide can be used in the field of environmental governance

This makes HOPG one of the important raw materials for the preparation of high-quality graphene

can be applied to biosensors with fluorescence resonance energy transfer effect

HOPG's layered structure can be easily stripped into single or multi-layer graphene sheets

belonging to the hexagonal crystal system structure

usually between 3-5 nm