Fine Chemical

BASF’s Actimet catalysts are produced by dissolving the inactive components from mixed metal alloys, according to a process of the type developed by Raney. The properties of the skeletal metal catalyst are determined by the choice of metals, the leaching and washing procedures as well as the presence of promoters.

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BASF’s Actimet catalysts are produced by dissolving the inactive components from mixed metal alloys, according to a process of the type developed by Raney. The properties of the skeletal metal catalyst are determined by the choice of metals, the leaching and washing procedures as well as the presence of promoters.

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BASF’s Blocking Group Removal catalysts technology was developed in response to the specific needs of the pharmaceutical and fine chemical marketplace.

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BASF’s Cu 0313 P is a chrome free copper catalyst supplied as an unreduced powder. It contains zinc for improved stability and performance.

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BASF’s Cu 1800 P is a copper chromite catalyst supplied as an unreduced powder. It is particularly useful for slurry phase hydrogenation reactions.

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BASF’s Cu 1955 P is a copper chromite catalyst supplied as an unreduced powder. It is promoted with manganese for enhanced performance. Cu 1955 P is particularly useful for slurry phase hydrogenation reactions.

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The cost-effective production of active pharmaceutical ingredients, agrochemicals, nutrition components or flavors and fragrances gains more and more importance in industry. Catalysts play a key role in most reaction steps and their optimum selection and operation ensures the highest process yields and efficiencies.

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When speed to market, cost-effectiveness, and product uniqueness are imperative – BASF has long been an industry leader in providing cutting-edge catalytic technologies to pharmaceutical and fine chemicals markets.

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BASF metals scavenging agent (MSA-FC C-1) is a carbon-based powder suitable for the removal of dissolved metal species from organic reaction mixtures.

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NanoSelect™ catalysts are characterized by unimodal metal particles on the nanometer scale. Nanotechnology is science and controlled engineering on the scale of nanometers

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Environmentally friendly alternative for highly selective hydrogenation processes

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BASF's Pt-110 is a carbon powder based catalyst containing 0.8wt% of platinum as unimodal, highly dispersed, and reduced metal crystallites. The catalyst is supplied as a water-wet paste but can also be supplied in dry form.

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BASF's Pt-210 is a carbon powder based catalyst containing 0.8wt% of platinum and 0.3wt% of molybdenum as unimodal, highly dispersed, and reduced metal crystallites. The catalyst is supplied as a water-wet paste but can also be supplied in dry form.

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BASF proudly presents its NanoSelect™ technology platform, featuring NanoSelect LF 100 and NanoSelect LF 200 as the eco-friendly alternatives to classical Lindlar catalyzed hydrogenation processes. Lindlar catalysts are lead-modified heterogeneous palladium catalysts typically used in highly selective hydrogenation reactions. Unfortunately, the lead additive also causes Lindlar catalysts to face regulations that restrict their manufacture and use due to toxicity.

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Categories: Chemical Catalysts, Chemical, Fine Chemical, Specialty