Developed "dense carbon plating technology" that achieves a very dense carbon film on the anode surface.
At IMSEP, we have developed a "dense carbon plating technology" that forms a dense and adherent carbon plating film on the material surface through electrolysis in molten salt. As an example, by utilizing the anodic oxidation reaction of carbide ions in molten salt, a very dense carbon film can be obtained on the anodic surface of the treated material. This dense carbon plating film has sufficient hardness as a conductive carbon film and exhibits superior adhesion compared to DLC. Additionally, since it is composed of binder-free pure carbon, it is characterized by very high corrosion resistance. 【Features】 ■ Development of dense carbon plating technology ■ Sufficient hardness as a conductive carbon film ■ Superior adhesion compared to DLC ■ Very high corrosion resistance *For more details, please refer to the PDF document or feel free to contact us.
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I’m Sep Co., Ltd. has been engaged in research and development with a core technology of molten salt electrochemical processes, achieving many accomplishments that lead the world in various fields such as environment, energy, resources, and nanotechnology. Moving forward, we will continue to play a central role in promoting business through research and development of new materials and new resources, research and development of equipment and systems, and technical guidance and advisory services, in collaboration with academia, industry, and local communities.