Rare earth-doped conductive mica powder has been prepared by covering the surface of mica with antimony-doped tin oxide with the method of chemical precipitation and forming a conductive layer decorated with neodymium.

Composite carbon nanotubes(CNTs) doped conductive mica powder with volume resistivity below 50 Ω·cm has been prepared by a liquid coprecipitation process.

A UV-curable antistatic coating was prepared by inorganic conductive mica as additive and optimizing acrylate oligomers, monomers and conductive mica.

Using light color conductive mica,titanium oxides and environmentally friendly anticorrosive pigments in the two-component epoxy paint system,a new kind of environmentally friendly waterborne paint with good antistatic property,excellent anticorrosion performance and good ornamental behavior was prepared.

This article introduced the preparation of a kind of alkyd resin based conductive coatings filled with conductive mica powders.

Aim at electromagnetic protection of electric equipment and antistatic problem of polymer,in this article,a kind of alkyd resin base conductive paint filled with conductive mica powders is introduced.

Composite conductive powder was prepared by the chemical coprecipitation of SnO_2 and Sb_2O_3 on TiO_2 powder.

Instability of property and bad applying ability exist for the traditional conductive powder.

The surface structures, energy levels and their distribution of the surface states were measured by the powder conductivity.