Indium is a post-transition metal. Quantitative measurements indicate its electrical resistivity is 8.4 µΩ·cm. Gallium exhibits an electrical resistivity of 8.7 µΩ·cm. Pure indium is applied as a film layer in semiconductor devices.
Our portfolio of evaporation materials has been developed using stringent controls. Each product is produced to achieve a measured purity of 99%. This standard is verified by routine quality tests, thereby ensuring quantitative performance in thin-film depositions.
Product Spectrum:
Indium (In) Evaporation Material: This material is used in thin-film deposition applications. Its 99% purity supports uniform layer formation in semiconductor and optical processes.
Copper-Indium (Cu/In) Evaporation Material: This composite is formulated for applications in photovoltaics and semiconductor devices. It is produced with a 99% purity that permits precise depositions.
Indium-Gallium-Zinc-Oxide (InGaZnOx) Evaporation Material: This material is applied in transparent electronics, including displays and sensors. Given that it meets a 99% purity standard, even deposition is achieved.
Indium-Iron-Oxide (InFe2O4) Evaporation Material: This material is used in magnetic applications such as data storage and sensor devices. It is manufactured to a 99% purity which is confirmed by magnetic measurements.
Indium Oxide (In2O3) Evaporation Material: This material is utilised in optoelectronic and ceramic applications. Its 99% purity permits controlled deposition for transparent conductive coatings and gas sensors.
Indium Tin Oxide (ITO) Evaporation Material: This material is employed in touchscreens, displays and solar applications. The consistent 99% purity ensures even deposition across substrates.
Indium Zinc Oxide (IZO) Evaporation Material: This material is used in flat panel displays and flexible electronic devices. A 99% purity level is maintained throughout production, thereby ensuring reliable performance.
Indium Sulphide (In2S3) Evaporation Material: This material serves in photovoltaic devices, sensor technology and emerging energy systems. It is produced with 99% purity as verified by compositional analysis.
Copper-Indium-Gallium-Selenide (CIGS) Evaporation Material: This material is applied in thin-film solar cells. Its 99% purity is specified by quantitative measurement, thereby contributing to improved conversion efficiency.
Copper-Indium-Selenide (CIS) Evaporation Material: This material is suited to semiconductor and photovoltaic depositions. The production process maintains a 99% purity, which is confirmed by standard testing protocols.
Indium Selenide (In2Se3) Evaporation Material: This material is relevant to electronic devices, optical systems and material research. It is produced under controlled conditions with a 99% purity requirement.
Indium Telluride (In2Te3) Evaporation Material: This material is used in thermoelectric applications. With a 99% purity, it is employed in tests that evaluate thermal and electrical properties.
Why Select These Indium Evaporation Materials?
High Purity: A measured purity of 99% supports reproducible processing outcomes.
Precision Manufacturing: Each material is produced under controlled conditions. This ensures even deposition and adherence to documented performance criteria.
Diverse Applications: The materials are used in electronics, energy production and sensor technology. Their applicability is supported by quantitative test results.
Quality Assurance: Products conform to established quality standards and industry guidelines. They are validated by routine regulatory tests.
This collection of Indium evaporation materials quantifies our adherence to defined performance standards. Engineers, researchers and technical specialists rely on these materials for documented deposition outcomes.
Enhance Your Thin-Film Deposition Processes:
Examine the collection and perform detailed evaluations. The use of these materials has been shown to reduce processing variability, thereby contributing to improved industrial outcomes.
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