Conductive polymers, which became widely known after Dr. Hideki Shirakawa won the Nobel Prize, have the property of conducting electricity through doping. Doped conductive polymers have electrical conductivity comparable to that of metallic materials, but their properties vary greatly depending on the state in which the conductive polymer is formed.
Our company was one of the first to focus on this technology, and by combining it with our proprietary sulfonation technology, we have created conductive polymer drugs such as various dopants, monomers, and conductive polymer dispersions that meet various required characteristics. We have developed the Teikatron series.
The Teikatron series is expected to make a big leap forward in applications such as capacitors, antistatic, touch panel substitutes for indium tin oxide (ITO), organic electroluminescence (EL), and organic thin-film solar cells.
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