Synthesis and sintering of high-temperature materials, as well as high crystallization of carbon-based materials! Here are some main application examples.

In the previous session, we introduced the "principle" of the small carbon furnace. This time, we will discuss the actual applications and how it can be applied in research and development. ■ Main Examples of Applications 1. Synthesis and Sintering of High-Temperature Materials (up to 3000°C) Thanks to the extremely low oxygen environment unique to carbon furnaces, high melting point materials such as carbides and nitrides can be sintered without oxidation. 2. High Crystallization of Carbon-Based Materials Suitable for the high crystallization of materials such as graphite and carbon nanotubes. 3. High-Temperature Treatment and Reduction Reactions of Metal Materials Metal oxides can be reduced under low oxygen conditions, allowing for control over microstructure and phases. 4. Evaluation of High-Temperature Gas Reactions Interactions with reactive gases and material stability can be verified in various atmospheres such as N2, H2, and Ar. 5. Material Process Evaluation at Research and Development and Prototype Scale Used for R&D purposes to optimize conditions in a short time. In the future, we are considering applications for the development of new materials utilizing more precise control of oxygen partial pressure. Next time, we will provide detailed information about the "specifications." *For more details, please download the PDF or feel free to contact us.

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