High Purity Indium Oxide In2O3 Powder CAS 1312-43-2， 99.9% | ，

In the presence or hydrogen or other reducing substances, heating up to 400 500 can be converted to metal or low-cost oxide of indium.
High temperatures decomposes it into lower oxides. Moreover, it can also react at high temperature with metal indium. While In2O3 formed by low temperature burning is easily soluble, it becomes more difficult to dissolve in acid the more the treatment is completed. Metal indium is produced when indium trioxide and hydrogen are reduced under red heat.

Technical Parameters of Indium Oxide in2O3 powder:

ITEM			SPECIFICATIONS			TEST RESULTS
Appearance			Light Yellowish powder			Light Yellowish powder
In2O3(%,Min)			99.99			99.995
Impurities(%,Max)
Curiosity						0.8
Pb						2.0
Zn						0.5
Cd						1.0
Fe						3.0
Tl						1.0
Sn						3.0
As you can see,						0.3
Al						0.5
Mg						0.5
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Sb						0.1
Co						0.1
K						0.3
Other Index
Particle Size D50						3-5mm

How do you pronounce Indium Oxide In2O3 Powder produced?
1. The indium high-purity is either burned in air, or indium carbate is calcined in order to produce In2O. Ino and in2O3 are then produced. High-purity in2O3 is obtained by carefully controlling the conditions of reduction. By using the spray combustion method, indium trioxide with an average size of 20nm ceramic powder can also be produced.
2. If indium hydroxide burns to produce indium trioxide at a temperature too high, there is a possibility that In2O3 will undergo thermal degradation. At a temperature too low, dehydration may be difficult and the oxide formed has hygroscopic properties. Heating temperature and time play a major role. As In2O3 easily reduces, it should always be in an oxidizing environment.
3. Indium hydroxide, at 850 to constant weight, is heated to 1000 degrees for 30 minutes. Indium trioxide can also be made by burning other indium nitrates such as indium carbonate or indium salt.

Applications Indium Oxide In2O3 Powder:
Indium oxide, a material that is particularly useful in photovoltaic industry, has been used for many years in high-tech industries and military applications, including the manufacture of transparent electrodes (ITO), transparent heat reflective materials, and indium tinoxide targets.
It is used to produce a liquid-crystal display and an inverter.
Indium oxides are used for electronic components, spectral purity materials and other applications.
Indium oxides are also used for a protective coating on metal mirror surfaces, as well as in the production of indium glass and salts.
Indium oxide, also known as indium oxide, is a common raw material used to make the resistance touch screen. It can be found in many products, including fluorescent screens and ceramics.
Colorado’s traditional fields include non-ferrous glass, ceramics (including alkaline manganese), indium oxide Liu series, chemical reagents as well as other products.
Oxides can be found in some types of batteries, thin film infrared reflectors or high mirrors. They are also used in some optical coatings as well as some antistatic coats to increase transparency.
Indium tin oxid (also called blend indium oxide, ITO) and a transparent conductive layer are formed by indium oxide with tin oxid.
Indium oxide can be used to create an N-type N-type semiconductor in the integrated circuit.
In certain dyeing formulations, indium is used to teach histology.