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Hot Sale Indium Tin Oxide Powder Metallurgy

Metallurgy is a vital field of science, and it is one of the applications for Hot Sale Indium Tin Oxide Powder Metallurgy. This is because the oxide may be utilized for several reasons, including the production of semiconductors. Additionally, it may be utilized for a variety of purposes, including the disposal of expended targets.

Product description

Indium was employed as a bearing coating in high-performance aircraft engines during World War II. At 20 degrees Celsius, indium has a density of 7.31 grams per cubic centimeter. It is used for alloying, glass production, and soft soldering. Additionally, indium is used in the production of sodium vapor lamps.

Indium Tin Oxide (ITO) is a transparent, conductive oxide composed of indium, tin, and oxygen. It is used for thin glass coatings and solar cells. ITO has more conductivity than silicon but is less efficient. It may be used as a silicon replacement in transistors. In addition to its electrical conductivity, ITO also has excellent mobility. It is also corrosion-resistant.

ITO thin films find widespread use in solar cells and gas sensors. Additionally, they are used in flat-panel displays and electronic meters. Organic light-emitting diodes, for instance, are composed of layers of organic dyes and ITO.

Why choose TIJO Metal Materials Hot Sale Indium Tin Oxide Powder Metallurgy?

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Disposal of spent targets

To recycle used Indium Tin Oxide Powder metallurgy targets, numerous recycling techniques have been developed. Several of these processes are environmentally friendly and employ carefully chosen reagents. However, not all of the target material is recycled. These methods leave behind valuable metals. In this study, a novel hydrometallurgical method for recovering indium metal from used ITO target materials was developed. This procedure entailed both acid leaching and sulphide precipitation.

In the first step of the process, spent ITO target material was dissolved in various acid concentrations. It was then reduced to a fine powder. The powder's physical properties were measured using X-ray fluorescence (XRF) and ESI+. The average particle size of the powder was 6.78 mm. Several S/L ratios were investigated to determine the optimal temperature and stirring rate for leaching.

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