The indium compound that is widely recognized today is indium tin oxide (ITO), a transparent conductor that is essential for building flat panel displays and touch sensors. TVs, computer monitors, tablets and smart phones all use ITO to enable the switching of pixels and to register touch events. In fact, ITO applications dominate the use of all indium across the world today.
However, other indium compounds also play important roles across various high tech industries. These materials include indium trichloride, indium oxide, indium hydroxide and yet other compounds. Details can be found on the product pages linked below.
Related Markets and Applications
Indium Compounds Technical Documents
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Indium Alloy Blog Posts
We explore indium metal and alloys. The discussion covers physical properties (melting point, coefficient of thermal expansion, thermal conductivity, hardness, vapor pressure, etc.) and applications (thermal interface material, compression sealing, cryogenic use, high vacuum use, etc.).
Estimating the Per Cent Gold In An Alloy: "Wet Gold Technique" Only Works with One Alloying Element… and You Must Know What That Element Is
Folks, The Wet Gold Technique is a simple way to estimate the percentage of gold in a gold alloy. This technique indirectly measures the density of the alloy. From the density of the alloy one can determine the percentage of gold using a formula similar to that in the Indium...
In today’s electronics manufacturing industry, many companies are using lead-free solder alloys. However, there are a few sectors in the industry that prefer the reliability and performance of tin-lead alloys. I’ve recently received a number of questions from customers asking how to adjust their solder pot to get the desired...
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From One Engineer to Another®
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