Indium phosphate is dark gray crystalline powder, which is a kind of indium salt. It loses crystalline water at 350℃ and forms indium pyrophsophate. However it turns out amorphous indium phosphate at 640℃. But it decompose at 1800℃. InPO4 tend to compound with alkali metals and forms double salt. It is hard to dissolve in water. Indium hydroxide is the raw material.
InPO4 is an important compound known for its unique chemical and electronic properties. It serves as a critical material in a variety of high-tech applications, ranging from optoelectronics and semiconductors to catalysis and advanced material research.
Indium Phosphate
| CAS No.:14693-82-4 | Molecular Formula:InPO4 | Molecular Weight:209.79 | Density:4.9 |
| Melting Point:1600℃ |
Applications
Indium phosphate is additive to special glass.
A significant application of InPO4 is in the optoelectronic industry. It is used to produce devices such as light-emitting diodes (LEDs), laser diodes, and photodetectors. These devices are integral to telecommunications, data storage, and display technologies, where high efficiency, performance, and precision are required.
In the semiconductor industry, InPO4 is valued for its role in creating high-performance electronic components. It is often explored as a material for thin-film deposition and in the development of advanced transistors and integrated circuits. Its unique bandgap and electronic characteristics make it a candidate for next-generation electronic devices.
InPO4 also shows promise in catalysis and energy storage. It has been studied as a component in catalysts for chemical synthesis and hydrogen production, contributing to the advancement of sustainable energy solutions. Additionally, its potential in battery technology is being explored for energy-efficient storage systems.
In research and material science, InPO4 is utilized to develop innovative functional materials with tailored optical, electronic, and mechanical properties. These materials are essential for pushing the boundaries of modern technologies, such as quantum computing and photonic devices.