Indium tri-chloride (chemical formula InCl3), also referred to as Indium (III) Chloride (since the indium atom is in the +3 oxidation state) is the most prevalent indium compound after indium oxide.
这一点很容易理解：在化学工业中，氯化物是一种很好的 "载体"，在这种情况下，它们传递的有效载荷是铟原子，可以通过化学反应获得，不需要从金属铟开始时所需的高得多的能量。需要进行负熔。
There are a variety of manufacturing processes that produce this material, and the main distinguishing feature is the density of the final material. Thus, Indium Corporation makes basically two grades: Type A and Type H.
A 型是一种雪花状物质。它是一种 "蓬松 "的粉末，外观呈雪白色--这意味着它能反射整个视觉光谱的光线，不会吸收任何视觉波长。
Type H is more dense and granular. Its microstructure is powder with a much higher density and the microparticles trap some light between them, resulting in a slightly off-white color.
Why the difference in densities? It affects the usable reaction rates which are defined by our customers' process. Sometimes you need tight control of the reaction kinetics, and the density of that indium payload can play a large part in your particular synthesis reaction.
Indium chloride plays a large part in various industries — it's most commonly used as a precursor to make MOCVD materials. But it's also found usage in quantum dot production, battery manufacturing, useful compounds for catalysis, and more.
大多数大学研究人员更愿意通过他们选择的目录供应商采购这种材料，因为他们已经从那里获得了所有其他加工化学品。这很好--我们喜欢这些家伙，因为他们也从我们这里购买。但是，当需要扩大规模，需要超过 100 克的材料时，您就应该拿起电话给我们打电话了！
