Palladium on carbon catalysts
Johnson Matthey manufactures a wide range of palladium on carbon catalysts developed through extensive R&D to optimise the catalyst for hydrogenation, transfer hydrogenation, and hydrogenolysis reactions. With the increased complexity of APIs and performance demands, carrying out hydrogenations in the presence of multiple functional groups becomes more challenging. Our flexibility in designing and tailoring new catalysts for your specific application provides the optimal catalyst solution for your transformation.
Johnson Matthey’s technical experts can provide you with guidance on choosing the right palladium on carbon catalyst for your project.
Advantages of palladium on carbon:
- Suitable for a wide range of reactions.
- Catalysts are designed to optimise metal location and distribution for specific reaction conditions.
- Stable and robust carbon for long reaction lifetimes allowing for easy filtration from your process for recovery, reuse, and refining.
5% palladium on carbon catalysts
5% Pd / carbon
Product number: 5R39
Metal state: unreduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of aldehydes, ketones, and nitro groups, debenzylation, proto dehalogenation
Metal state: unreduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of aldehydes, ketones, and nitro groups, debenzylation, proto dehalogenation
5% Pd / carbon
Product number: 5R424
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles, alkenes, alkynes, and nitro groups, debenzylation, proto dehalogenation
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles, alkenes, alkynes, and nitro groups, debenzylation, proto dehalogenation
5% Pd / carbon
Product number: 5R452
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, nitro groups, and nitriles, transfer hydrog., debenzylation, proto dehalog.
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, nitro groups, and nitriles, transfer hydrog., debenzylation, proto dehalog.
5% Pd / carbon
Product number: 5R487
Metal state: reduced
Catalyst form: wet
Particle size: 35 um
Reaction type: hydrogenation of aromatic ring, alkenes, aldehyde, and ketones, transfer hydrogenation, proto dehalog.
Metal state: reduced
Catalyst form: wet
Particle size: 35 um
Reaction type: hydrogenation of aromatic ring, alkenes, aldehyde, and ketones, transfer hydrogenation, proto dehalog.
5% Pd / carbon
Product number: 5R58
Metal state: reduced
Catalyst form: wet
Particle size: 30 um
Reaction type: hydrogenation of nitriles
Metal state: reduced
Catalyst form: wet
Particle size: 30 um
Reaction type: hydrogenation of nitriles
5% Pd / carbon
Product number: 5R87L
Metal state: reduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of aromatic ring and ketones
Metal state: reduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of aromatic ring and ketones
5% Pd / carbon
Product number: A102023-5
Metal state: reduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of aromatic ring, heterocycles, alkenes, and ketones, transfer hydrogenation
Metal state: reduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of aromatic ring, heterocycles, alkenes, and ketones, transfer hydrogenation
5% Pd / carbon
Product number: A405028-5
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, aldehydes, and nitro group, debenzylation
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, aldehydes, and nitro group, debenzylation
5% Pd / carbon
Product number: A503023-5
Metal state: reduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, aldehyde, ketones, and nitro groups, transfer hydrogenation
Metal state: reduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of alkenes, alkynes, aldehyde, ketones, and nitro groups, transfer hydrogenation
5% Pd / carbon
Product number: A503032-5
Metal state: reduced
Catalyst form: wet
Particle size: 20 um
Reaction type: hydrogenation of nitro group and nitriles
Metal state: reduced
Catalyst form: wet
Particle size: 20 um
Reaction type: hydrogenation of nitro group and nitriles
10% palladium on carbon catalysts
10% Pd / carbon
Product number: 10R39
Metal state: unreduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of heterocycles, debenzylation
Metal state: unreduced
Catalyst form: wet
Particle size: 18 um
Reaction type: hydrogenation of heterocycles, debenzylation
10% Pd / carbon
Product number: 10R424
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles
10% Pd / carbon
Product number: 10R487
Metal state: reduced
Catalyst form: wet
Particle size: 35 um
Reaction type: transfer hydrogenation
Metal state: reduced
Catalyst form: wet
Particle size: 35 um
Reaction type: transfer hydrogenation
10% Pd / carbon
Product number: 10R87L
Metal state: reduced
Catalyst form: dry
Particle size: 18 um
Reaction type: dehydrogenation of cyclohexane
Metal state: reduced
Catalyst form: dry
Particle size: 18 um
Reaction type: dehydrogenation of cyclohexane
10% Pd / carbon
Product number: A402028-10
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles, debenzylation
Metal state: unreduced
Catalyst form: wet
Particle size: 25 um
Reaction type: hydrogenation of heterocycles, debenzylation
