三氯化铟 ^IndiTri®)

Indium Corporation’s IndiTri^® comes in powder and solution forms to meet a variety of application needs. It contains features white, flake-shaped particles that dissolve easily in water and mineral acids. This compound serves as a key starting material for producing other inorganic and organic indium compounds. IndiTri^® is used in alkaline batteries to improve performance and reduce outgassing, as well as in quantum dot production and catalysis.

技术支持：铟泰公司

高纯度 4N (99.99%) 高达 5N (99.999%)
Two Types: Standard (Type A) and High Density (Type H)
可提供无水粉末或溶液

产品概览

IndiTri^® offers specialized forms of indium trichloride for diverse applications. Type A features a snowflake-like structure for enhanced chemical reactivity, while Type H provides high density and stability, ideal for precise synthesis and battery performance.

财产	Indium Trichloride Type A	Indium Trichloride Type H
品牌名称	^IndiTri®A 型	^IndiTri®H 型
结构/说明	Snowflake-like, flake-shaped particles with lower apparent density	High-density, glassy, lustrous, irregular-shaped particles
最适合	化学合成，高表面积体积比	用于反应动力学、铟金属有机合成的致密/稳定形式
应用	高表面积反应	MOCVD processes, additive in alkaline batteries
粒子形状/外观	片状	不规则形状，玻璃光泽
可溶性	66.11 克/100 克溶液（22°C 时	66.11 克/100 克溶液（22°C 时
Specific Gravity (solid)	3.46 克/cc	3.46 克/cc
Specific Gravity (saturated solution)	1.97g/cc	1.97g/cc
Apparent Density	0.25-0.4 克/cc	0.25-0.4 克/cc
熔点	586°C（300°C 时升华）	586°C（300°C 时升华）
沸点	在 600°C 时挥发	在 600°C 时挥发
协调编号	6	6

Indium Trichloride Type A

IndiTri^® Type A showcases a delicate, snowflake-like structure with a lower apparent density than Type H indium trichloride. Type A is well-suited for chemical synthesis, offering a more reactive surface area. Its fine, flake-shaped particles are perfect for applications that demand a high surface area to volume ratio.

Indium Trichloride Type H

IndiTri^® Type H is known for its high-density, glassy, and lustrous characteristics. It is ideal for applications requiring a dense and stable form of InCl₃ to closely manage reaction kinetics. This variant is commonly employed in synthesizing indium-metalorganic compounds like tri-methyl-indium (TMI), which are pivotal in Metal-Organic Chemical Vapor Deposition (MOCVD) processes. It also serves as a beneficial additive in alkaline batteries, enhancing performance and reducing outgassing.