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Homogeneous transition metal catalysts in synthetic technology

Wide-ranging support from next-generation rare earth metal complexes to non-metallocene type transition metal catalysts!

Our company is particularly focused on polymerization catalysts, and we have built a track record in synthesizing homogeneous transition metal catalysts starting from ligand synthesis. Based on our extensive knowledge and experience in organic synthesis, we can accommodate not only existing metal complexes but also newly designed metal complexes, as well as next-generation rare earth metal complexes and non-metallocene type transition metal catalysts. [Features] - Particularly focused on polymerization catalysts - Wide-ranging support based on extensive knowledge and experience in organic synthesis *For more details, please refer to the related links page or feel free to contact us.

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Tohoku Univ. Technology : Method for producing metal catalyst capable of uniformly highly dispersing metal particles : T13-036

Highly dispersible in various carriers

 Precious metals are used as catalysts in various reaction systems, but their high price and scarcity have reduced their usage. Therefore, catalysts loaded with precious metals are generally prepared by dispersing and carrying noble metal particles in a nanoparticulate state on a support such as an oxide to maximize the surface area per amount of precious metal used. Conventional methods for producing noble metal catalysts have a problem that the dispersion of noble metal particles is poor and the particle size is uneven because the noble metal particles agglomerate during the heating process during metallization. Even if a method for producing a metal catalyst that can obtain highly dispersed particles is used, there is also a problem that the support is limited.   The present invention has made it possible to provide a method for producing a metal catalyst that can uniformly and highly disperse metal particles on various supports.

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