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Rhenium is a silvery heavy metal. It exhibits a high melting point. It possesses the third highest melting point among elements after carbon and tungsten. Rhenium is added to superalloys by engine manufacturers. Engine manufacturers produce engine parts using these superalloys.
Rhenium Selenide (ReSe2) Crystal, Rhenium Disulphide (ReS2) Crystal
Our range of rhenium-based products extends beyond established applications. They are produced and tested in accordance with defined quality and performance criteria.
Rhenium Selenide (ReSe2) Crystal: Investigate the potential of rhenium selenide crystals in your research projects. The crystal has been measured for electronic and optical properties. It is used in the study of 2D materials and optoelectronics. Applications include photodetectors and flexible electronics.
Rhenium Disulphide (ReS2) Crystal: Examine rhenium disulphide crystals that have been produced for precision. The crystal exhibits a measurable adjustable band gap and layered structure. It is used in field-effect transistors and photodetectors. Its performance has been corroborated by quantifiable tests in electronic and photonic setups.
Our other rhenium products are applied in a range of industries and research fields:
2D Materials Research: Rhenium-based crystals contribute to studies in 2D materials. They assist research in electronics, optoelectronics and nanotechnology. Their properties are verified using standard measurement techniques.
Optoelectronics: Rhenium-based materials are used in photodetectors, light-emitting diodes (LEDs) and laser systems. They support communication and sensor systems. Their performance is compared against established benchmarks.
Emerging Electronics: Specialised rhenium crystals serve in components for flexible devices and quantum applications. Their physical parameters are determined in controlled experiments.
Materials Science: Researchers determine the measured properties of rhenium-based crystals to understand material behaviour. They use the data to develop further applications with defined tolerances.
Precision Engineering: Each crystal is grown under controlled conditions. Production variations are maintained within a 2% standard deviation.
Customised Properties: The rhenium-based crystals offer measurable parameters that are adjusted to meet application requirements. Specific values are determined during standardised tests.
Innovative Potential: These materials provide measurable potential in electronics, photonics and materials research. Their applicability is confirmed by experimental data.
Quality Assurance: The products undergo tests that meet defined quality and performance standards. Standard metrics are recorded during production.
Our process adheres to specific production standards, precision criteria and measured performance. Whether you are a researcher, engineer or industrial professional, our products provide a reliable basis for documented progress.
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