Indium Oxide Crystal Structure

TOPLUS^® Indium Oxide

RFQ: What is the role of  Indium Oxide in crystals?

The crystal structure of indium oxide is the physical basis of all its excellent properties. Whether as a bulk material or a thin film, its crystallographic properties play a decisive role. Indium Oxide crystal structure can be used in high-performance transparent conductive substrates, high-sensitivity gas sensors, etc.

-In terms of toxic/combustible gas detection, indium oxide is used to manufacture gas sensors for detecting ozone, carbon monoxide, formaldehyde, hydrogen, ethanol vapor, etc.

- Coating ITO or other doped indium oxide films on building windows and car windshields can reflect infrared rays and allow visible light to pass through. This can block external heat in the summer and maintain indoor temperature in the winter, thus achieving energy saving.

RFQ: What are the advantages of  Indium Oxide in crystals?

TOPLUS^® Indium oxide crystal structure remains stable at high temperatures and in a variety of environments. It has excellent thermal and chemical stability, high mechanical properties and density. Indium oxide itself is a wide bandgap semiconductor, and its single crystal or high-quality polycrystalline film has excellent electrical properties.

- High-quality indium oxide crystals have relatively high electron mobility, which means that the movement of electrons in the crystal is less hindered and the transmission speed is fast, making it very suitable for manufacturing high-frequency, high-performance semiconductor devices.

- When grown into high-quality thin film crystals, it has extremely high visible light transmittance.

- As a heavily doped semiconductor, it has a strong reflective effect on infrared light. This also applies to its crystalline form, making it suitable for making special optical windows or coatings that need to meet the requirements of both light transmission and heat insulation.

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