Our range of indium‐based products is manufactured with a purity exceeding 99%. They are used in semiconductor, electronic and catalytic applications. The formulations meet defined research criteria.
Product Portfolio:
Indium antimonide (InSb): InSb is used in semiconductor applications. It offers consistent electrical and thermal performance. It is applicable in high‐speed transistors and infrared detectors.
Indium nitride Powder: This powder is applied in high‐frequency devices, optoelectronics and power electronics. It is produced to meet standard specifications.
Nano-Indium oxide Powder: Nano-Indium oxide Powder is used for catalysts, transparent conductive films and energy storage. Its purity exceeds 99%.
Nano-Indium tin oxide Powder: This powder consists of indium and tin. It is used in touchscreens, displays and solar cells. It provides high transparency and conductivity.
Nano-Indium hydroxide Powder: Nano-Indium hydroxide Powder is employed in catalysis, electronic materials and emerging nanotechnologies. Its purity is above 99%.
Indium arsenide (InAs): Indium arsenide is used in semiconductor projects. It supports high‐speed transistors, laser diodes and optoelectronic devices.
Indium sulphide (In2S3)-Powder: In2S3 Powder is used in photovoltaic devices, sensors and energy applications. It is manufactured following strict protocols.
Indium hydroxide Powder: Indium hydroxide Powder is used in catalytic processes. It is applied in environmental remediation and chemical synthesis and meets 99% purity.
Indium(III)-selenide (In2Se3)-Powder: In2Se3 Powder is produced under controlled conditions. It is applied in photovoltaic devices, sensors and energy applications.
Indium(III)-bromide Powder: Indium(III)-bromide Powder is used in catalytic and chemical research. Its purity exceeds 99%.
InBr3 Powder: InBr3 Powder is applied in organic synthesis, catalysis and materials science. It fulfils standard research requirements.
Indium(I)-iodide: Indium(I)-iodide is supplied with 99% purity. It is used in organic synthesis, catalysis and research applications.
Indium-acetylacetonate: Indium-acetylacetonate is used in coordination chemistry. It is employed in catalyst production, material synthesis and advanced research.
Why should you choose our indium compounds and catalysts?
High Purity: All compounds have a purity exceeding 99%. This ensures consistent performance in experiments.
Customised Formulations: Each product is formulated for specific applications. They meet defined research standards.
Wide Applications: The products are used in sectors such as semiconductor manufacturing, catalysis and materials science.
Assured Quality: Our products comply with established quality and performance protocols. They satisfy standard research criteria.
Our range of indium compounds and catalysts supports scientific research and development in academic and industrial settings. This includes collaborations with institutions such as Stanford Advanced Materials, Oceania International LLC and researchers including Eric Smith and Chin Trento.
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