Indium tin oxide dispersion (ITO dispersion) is a liquid product formed by evenly dispersing nanometer indium tin oxide (ITO) powder in a specific solvent. The following is a detailed explanation of indium tin oxide dispersion:
I. Product overview
Composition: nanometer metal oxide powder mainly composed of indium oxide (In₂O₃) and tin oxide (SnO₂), which is obtained by a specific dispersion process.
Performance: Excellent electrical conductivity, transparency, heat insulation, infrared reflection characteristics.
Appearance: Depending on the solvent in the dispersion and the dispersion process, the appearance may be different, such as blue, yellow, etc.
Second, product characteristics
Small particle size and uniform particle size: After the dispersion treatment of nanometer ITO powder, the particles are small and uniform, which helps to better play its performance in the application.
Good dispersion: Through the advanced nano dispersion process, the ITO powder can be evenly dispersed in the solvent to form a stable dispersion solution.
High transparency: ITO dispersion has excellent transparency and can maintain a high visible light transmittance.
Excellent electrical conductivity: ITO as a transparent conductive material, its dispersion also has good electrical conductivity.
Reflection heat insulation: in the infrared region has good absorption and reflection characteristics, can be used to make heat insulation coatings or infrared products.
3. Application fields
Liquid crystal display: used to make transparent conductive electrode, is an important part of liquid crystal display.
Thermal insulation coating: as a functional additive, it is used to make thermal insulation coatings with high transmittance of visible light and high reflection of infrared light.
Transparent conductive coating: Used as a functional additive in transparent conductive coating to improve the conductivity and transparency of the coating.
Electromagnetic wave absorption: used to make functional auxiliaries for absorbing electromagnetic waves.
Other: It can also be used in the fields of high conductivity, high temperature and wear-resisting additives.
