Indium oxide CAS NO.1312-43-2

Indium oxide( Indium (III) oxide ) In2O3 Indium oxide( Indium (III) oxide )produced by our company has a good characteristics of high purity a…

 Indium oxide( Indium (III) oxide )   In2O3

   Indium oxide( Indium (III) oxide )produced by our company has a good characteristics of high purity and fine particles:

Due to Indium Oxide have good characteristics of high purity and fine particles, they are extensively applied in color-glass, ceramic, alkaline-manganese battery andchemical reagent industries. Over the years, they are mass-produced in high-new technology and military fields, such as photoelectricity industry. Especially it can be made into ITO, transparent electrode and transparent thermal reflector,etc,which is used for manufacturing of panel display and demist. It is one of research hotspots among today information hi-tech fields.

 Physical and Chemical Properties

Molecular Molecular Weight Purity Color Appearance Particle Size               Pass 200 mesh

  In2O3  277.64  ≥99.99%  White   Power      99.9%

In2O3: ≥99.99%   Granularity:20~70nm or 0.1-0.5um

Molecular formular:In2O3

 CAS: 1312-43-2

Appearance: light yellow powder

Density: 7.179g/cm3

Melting point:1910℃

Solubility in water: insoluble

Impurities Contents

Elements Al Sb Cd Cu Fe Pb Ni Sn As Co Mo

Content      ppm(≤) 5 5 5 5 8 15 5 5 2 15 3

Test Method

Particle size: to be tested SSA with GB13390 BET method and TEM photo;

Purity: ICP-AES for impurities contents.

 Package

It is packed in a white plastic bottle inner with vacuum polyethylene bag.

Net weight 1000grams in a bottle.

Application:

  It is widely used in:

        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;

        c.in 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