Boride powder

Nitride powder

Silicide powder

Carbide powder

Hydride powder

Sulfide powder

Oxide powder

Rear Earth Sulfate

Rare Earth Carbonate

Acetylacetone salt series

Oleate series

Laurate series

Alloy powder


Selenide powder

3d printing material

Thermal Spraying powder


Magnetic Material

wafer butterfly valve

High purity 6N indium oxide In2O3 powder

High purity 6N indium oxide In2O3 powder

High purity 6N indium oxide In2O3 powder

6N indium oxide In2O3 Powder
indium oxide purity: 6N (99.9999%)

indium oxide physical properties:
N type transparent semiconductor function
indium oxide Molecular formula: In2O3
indium oxide Molecular weight: 277.6342
indium oxide Appearance: light yellow powder
indium oxide technical docking: indium anode - electrolysis - vacuum melting (removal of low melting point lead, arsenic, cadmium, phosphorus, mercury, sulfur, selenium, etc.)
- Lifting to 6N indium--arc method to heat 6N indium ingot, instantaneously vaporizing indium and reacting with excess high-purity oxygen, chemical vapor deposition - cooling - dust collection;
indium oxide inspection: GDMS (the sum of all impurity elements is less than 1ppm), SEM (Scanning Electron Microscope);
indium oxide particle size: -100 mesh;
indium oxide advantage: does not contain any acid ions, such as: chloride, sulfate ions, etc.
indium oxide application: photoelectric field, gas sensor;
indium oxide packaging: bottle: 1 kg / bottle, bottle with aluminum composite film vacuum packaging;
indium oxide Service: Provide free samples, MSDS and practical protective measures to provide solutions for material applications.

Application of High Quality Indium Oxide Powder: 
a.color-glass, ceramic, alkaline-manganese battery ;
b.manufacturing thin film infrared reflectors transparent for visible light (hot mirrors), some optical coatings, and some antistatic coatings; combination with tin dioxide, indium oxide forms indium tin oxide (also called tin doped indium oxide or ITO), a material used for transparent conductive coatings;
d.Indium oxide nanowires can serve as sensitive and specific redox protein sensors;
e.a layer of indium oxide on a silicon substrate can be deposited from an indium trichloride solution, a method useful for manufacture of solar cells