Customization: | Available |
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CAS No.: | 50926-11-9 |
Formula: | In2o3.Sno2 |
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Nano-indium tin oxide produced by Konada, referred to as ITO, is available in 90:10 and 95:5 of indium oxide:tin oxide, and the powder particle size is below 100nm.
The resistivity of the powder tested by the four probes is all lower than 40 ohms. Konada can reduce the resistivity of the powder through process adjustment.
Item | standard |
ITO | >99.99 |
Exterior | White Powder |
SSA | 5-10M2/G |
SEM | 100nm |
Resistivity(2mpa) | <5Ω-cm |
1. We maintain long-term cooperation with many universities and research institutes in China, have more than 10 Ph.D.s, and have invested in independent nanometer and ultrafine materials research bases.
2. We can customize corresponding products according to your requirements.
3. We have many years of experience in powder dispersion and can disperse metal oxides in water or other solvents.
1. What are the specifications of Konada's nano-indium tin oxide (ITO)?
Nano-indium tin oxide produced by Konada, referred to as nano-ATO:
According to the ratio of indium oxide and tin oxide, it can be divided into two types: 90:10 and 95:5.
According to resistivity, it can be divided into:
Resistivity (2Mpa) <50Ω-cm
Resistivity (2Mpa)<20Ω-cm
Resistivity (2Mpa)<5Ω-cm
2. What are Konada's conductive metal oxides?
In addition to providing nanometer indium tin oxide (ITO), Konada can also provide conductive zinc oxide (AZO), conductive antimony tin oxide (ATO), conductive mica powder, etc.
3. Can Konada process conductive coating liquid?
Konada can process conductive liquids that can be coated according to your requirements.
For more information, please contact us.