High Purity Indium Phosphide InP Powder CAS 22398-80-7, 99.999%

More Indium Phosphide InP Powder :
Indium-phosphide (InP), a binary semiconductor made of indium, phosphorus and other elements. It is characterized by a cubic (or "sphalerite") crystal structure that faces the face, similar to GaAs and many III-V semiconductors.
Indium-phosphide (binary semiconductor material) is made up of phosphorus as well as indium. It is similar in structure to gallium arsenide, as well as most of the other semiconductors from the same group.
InP can be used to produce high-frequency and power electrons. Its electron speed surpasses that of the common semiconductors gallium arsenide and silicon.
This was created together with indium galium arsenide and a pseudo-crystal, heterojunction bipolar transistor operating at 604GHz.
Indium phosphide also features a high bandgap which makes it suitable for optoelectronic devices, such as laser diodes. Infinity employs Indium Phosphide to make photonic integrated Circuits (photonic circuits) for WDM applications.
The substrate of epitaxial Indium Gallium Arsenide optoelectronic device is made from InP.
Indium-phosphide (InP), a binary semiconductor, is made up of indium and phosphorus. As with gallium arsenide, (GaAs), semiconductors that have sphalerite crystal structures, InP is a class III-V semiconductor materials.
INP semiconductors have a superior electronic speed and are often used in high-frequency, high-power electronics. This is why optoelectronic devices including laser diodes can benefit from INP semiconductors' direct bandgap. The trusted global Psp-vault Indium Phosphide InP Powder supplier. You can send us an inquiry to learn more about our latest products. Prices starting at Indium Phosphide Anytime.

Indium Phosphide InP Pulp Powder Product Performance :
Technical Parameters of Indium Phosphide InP Pulp :

Product name	MF	Purity	Particle Size	Molecular Weight	Density	The color of the sky
Indium Phosphide	InP	99.999%	60 mesh	145.80	4.787 g/cm3	Dark Gray

It is simple. Indium Phosphide InP Powder Produced?
White phosphorus reacts with indium diodide to produce indium-phosphide. Indium Iodide (or white phosphorus) is a translucent, waxy solid that becomes yellow with light. This is how you get indium phosphide.
They are kept at 400@C
Combining the purified components at high pressure with high temperatures is possible
By heating the trialkyl indium compound with phosphine
Furthermore, to make the indium-phosphide nanocrystalline surfaces, electrochemicaletching must be done before scanning it under a scanning electron microscope.

Applicaciones Indium Phosphide InP Powder :
Indium phosphide's electron rate, which is greater than the rates of silicon and gallium arsenide is why it is often used for high-power or high-frequency electronic circuits. Indium phosphide, due to its high bandgap is ideal for the manufacture of photoelectric components like laser diodes. The epitaxial substrates for indium gallium-arsenic-based optoelectronics also contain indium phosphide.
INP is the base for three key areas of application, which include optoelectronics, high speed electronics, and photovoltaic. Important to remember is that INP-based component also opens up an electromagnetic spectrum region between infrared & microwave. This technical region is called terahertz and it's underutilized. It contains a combination of electromagnetic waves with high frequency, high optical properties, and a blend thereof.

Indium Phosphide InP Pulp Powder Storage Conditions:
Weakened powders can cause InP powder to disperse poorly and have poor use results. InP powder should therefore be vacuum packed and kept dry in a cool place. InP powder should not be exposed to stress.

How to Pack and Ship Indium Phosphide InP powder :
We offer many packing options that are dependent on Indium Phosphide InP Powder quantity.
Packing of indium phosphide INP powder You can vacuum pack 100g, 500g, 1kg/bag or 25kg/barrel. Or as you request.
Shipment of Indium Phosphide IPP powder You can have your order shipped by sea or by air.