Carbon-hydrogen bond activation cobalt catalyst (Cp*Co(CO)I2)
It exhibits catalytic performance equivalent to that of rare and expensive rhodium.
The cobalt catalyst for carbon-hydrogen bond activation (Cp*Co(CO)I2), identified for its usefulness by Professor Motoharu Kanai of the University of Tokyo, Professor Shigeki Matsunaga of Hokkaido University, and Assistant Professor Tadahiko Yoshino, can be handled stably in the air and allows for the easy generation of cationic catalytic active species by mixing with silver salts in the reaction vessel. Additionally, it exhibits catalytic performance equivalent to that of rare and expensive rhodium, enabling cost reduction in the process. 【Features】 ■ Alternative to Rhodium (Rh) It demonstrates equivalent performance without using expensive and rare rhodium (Rh). ■ Cost Reduction It can be used as a substitute for rhodium (Rh), allowing for cost reduction in the process. ■ Easy Handling It can be handled stably in the air. For more details, please download the catalog or feel free to contact us.
basic information
The method of functionalizing carbon-carbon bonds selectively at specific positions by utilizing directing groups has garnered attention as it leads to efficient synthesis methods for pharmaceuticals, agrochemicals, bioactive compounds, and organic electronic materials.
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For more details, please refer to the catalog below or feel free to contact us.
