The Medium powder form catalyst which has a coarser particle size than the powder catalysts such as Pd/C used in ordinary batch reactions, as a support. Compared to conventional powder catalysts, it has excellent filtration properties and high durability over repeated reactions.
The median size (d50) of our regular powder catalyst (Pd/C catalyst) is about 25 μm, whereas the median diameter of the particle size-adjusted charcoal catalyst is about 110 μm. By using a coarse, special support, we have achieved a catalyst with excellent filterability and other handling characteristics.
Compared to our conventional powder catalysts, the filtration properties are extremely superior. As a result, the catalyst can be used repeatedly in a short period of time, which can be expected to significantly shorten the process.
We can provide 5g(dry basis).Please click here to request a sample.
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Although the particle size varies, the catalyst can be recycled (recovered and refined) because it is made of powdered activated carbon. As with conventional powder catalysts, customers can choose to purchase the catalyst as a recycled catalyst or sell it at market value.
Please feel free to contact us for more information about our products or to request samples.
The precious metal catalysts we manufacture are powdered activated carbon loaded with precious metals such as palladium and platinum, and are used in all kinds of hydrogenation reactions, from pharmaceutical and agrochemical intermediates to specialty chemicals.
We have developed a new precious metal catalyst with low pressure loss for flow reaction by utilizing our technology and experience in hydrogenation reaction and catalyst preparation. It is as effective for all hydrogenation reactions as the powder catalysts used in conventional batch reactions.
We currently sell W. R. Grace's RANEY® catalysts as a trading company, which catalysts are widely used in various fields such as fine chemicals, foods, oils and fats, and petrochemicals for dehalogenation and dehydrogenation as well as hydrogenation reactions.