SINOCATA supplies wide ranges of noble metal catalyst including heterogeneous and homogeneous, the flexible catalyst products portfolio give you more choices to select the standard catalysts or design customized catalysts upon your request. All of the products are manufactured according to international standard under strict quality control system. SINOCATA Precious Metal Catalysts solutions are widely used in fine chemicals, the pharmaceutical industry and many other applications.
The precious metal include Palladium, Platinum, Ruthenium, Rhodium on Carbon, High Purity Alumina, Zeolite as carrier.
Pt on Carbon
Platinum on carbon(Pt on carbon or Pt/C) which is a form of platinum used as a catalyst. The metal is supported on activated carbon in order to maximize its surface area and activity. Platinum on carbon is used for catalytic hydrogenation in organic synthesis.
Pd on Carbon
Palladium on carbon(Pd on carbon, Pd/C) is a form of palladium as a catalyst which is normally used for catalytic hydrogenation in organic synthesis, such as the reductive amination, carbonyl reduction, nitro compound reduction, and the reduction of imines and schiff bases.
Ru on Carbon
Ruthenium on Carbon is a ruthenium-based catalyst with numerous applications such as the hydrogenation of substituted anilines to cyclohexylamines, carboxylic acids to alcohols, allyl and heterocyclic aromatic compounds, Fischer-Tropsch synthesis etc.
Rh on Carbon
Rhodium on carbon or called Rh on carbon, Rh/C is a form of Rhodium as a catalyst. Rhodium on carbon is normally used as reagent for the converstion of nitriles to primary amines, and the hydrogenation of aromatic rings, pyridines, aldehydes and sugars.
Application
Palladium on carbon or called Pd on carbon, Pd/C is a form of palladium as a catalyst. The metal is supported on activated carbon in order to maximize its surface area and activity.Palladium on carbon is normally used for catalytic hydrogenation in organic synthesis, such as the reductive amination, carbonyl reduction,nitro compound reduction,and the reduction of imines and schiff bases. More information please find as below tables.
Palladium on Carbon(Pd on Carbon, Pd/C) – Typical Specification:
Pd content(dry weight%): 1%, 3%, 5%, 7.5%, 10%(other content can be ordered)
Water content%: 0.1% – 70%(dry according order)
impurities: Cu, Fe, Cr, Ni, Ag, Mg total≤0.3%
Specific surface: ≥ 900 m2/g
Particle size: ≤ 200 mesh (could adjustment according to reaction)
Metal area: 40 ~ 80 m2/g
Particle strength: different as different carbons
Cycle times: different as different reaction
Package: 5 kg/barrel(or upon customer’s request)
Palladium on Alumina(Pd / Al2O3) – Typical Specification:
Palladium content(dry weight%): 0.1% – 10%(other content can be ordered)
Shape: Spheres, Extrudate
Specific surface: ≥80 m2/g
Spheres: ≥ 1.5 mm(diameter)
Extrudate: ≥ 1.2 mm(diameter)
Pore volume: 1 ml/g(different with different base)
Crush strength: different with different base
Bulk density: 0.45 g/ml(different with different base)
Cycle times: different as different reaction
Package: 5 kg/barrel(or upon customer’s request)
Palladium hydroxide on carbon, Palladium on alumina, Palladium on calcium carbonate or other special purpose are available on your request.
Platinum on carbon, also called Pt on carbon or as Pt/C which is a form of platinum used as a catalyst. The metal is supported on activated carbon in order to maximize its surface area and activity. Platinum on carbon is used for catalytic hydrogenation in organic synthesis such as carbonyl reduction, nitro compound reduction, secondary amine production via nitrile reduction, and the production of saturated heterocycles from their respective aromatic compound precursors.
Platinum on carbon(Pt / C) – Typical Specification:
Pt content(dry weight%): 1%, 3%, 5%(other content can be ordered)
Water content %: 0.1% – 70%(dry according order)
Impurities: Cu,Fe,Cr,Ni,Ag,Mg total≤0.3%
Specific surface: ≥900 m2/g
Particle size: ≤200 mesh(could adjustment according to reaction)
Metal area: 40 ~ 80 m2/g
Particle strength: different as different carbons
Cycle times: different as different reaction
Package: 5 kg/barre(could pack upon customer’s request）
Platinum on alumina(Pt / Al2O3) – Typical Specification:
Pt content(dry weight%): 0.1% – 10%(other content can be ordered)
Shape: spheres, extrudate
Specific surface: ≥80 m2/g
Spheres: 1.5 mm(Diameter)
Extrudate: 1.2 mm(Diameter)
Pore volume: 1.0 ml/g(different with different base)
Crush strength: different with different base
Bulk density: 0.45 g/ml(different with different base)
Cycle times: different as different reaction
Package: 5 kg/barrel(could pack upon customer’s request)
Palladium hydroxide on carbon, Palladium on alumina, Palladium on calcium carbonate or other special purpose are available on your request.
Rhodium on carbon or called Rh on carbon, Rh/C is a form of Rhodium as a catalyst. The metal is supported on activated carbon in order to maximize its surface area and activity. Rhodium on carbon is normally used as reagent for the converstion of nitriles to primary amines, and the hydrogenation of aromatic rings, pyridines, aldehydes and sugars.
Rhodium on carbon(Rh / C) – Typical Specification:
Rh content(dry weight %): 1%, 3%, 5%(other content can be ordered)
Water content: 0.1% – 70%(dry according to order)
Impurities: Cu, Fe, Cr, Ni, Ag, Mg total≤0.3%
Specific surface: ≥ 900 m2/g
Particle size: ≤ 200mesh(could adjustment according to reaction)
Metal area: 40 ~ 80 m2/g
Particle strength: different as different carbons
Cycle times: different as different reaction
Package: 5 kg/barrel(could pack according to customer)
Rhodium on carbon, Rhodium on alumina or other special purpose are available on your request.
Ruthenium on Carbon is a ruthenium-based catalyst with numerous applications including organic chemistry, fuel cell technology, and the production of hydrogen via bioethanol reforming for alternative energy sources. SINOCATA supplies many standard grades products for applications such as food, agricultural and pharmaceutical. Also Ruthenium Carbon catalysts is a suitable one for hydrogenation of substituted anilines to cyclohexylamines, carboxylic acids to alcohols, allyl and heterocyclic aromatic compounds, Fischer-Tropsch synthesis etc.
Ruthenium on Carbon(Ru/C) – Typical Specification:
Ru content(dry weight %): 1%, 3%, 5%(other content can be ordered)
Water content%: 0.1% – 70%(dry according order）
impurities: Cu, Fe, Cr, Ni, Ag, Mg total≤0.3%
Specific surface: ≥ 900 m2/g
Particle size: ≤ 200 mesh(could adjustment according to reaction)
Metal area: 40 ~ 80 m2/g
Particle strength: different as different carbons
Cycle times: different as different reaction
Package: 5 kg/barrel(could pack according upon customer’s request)
Ruthenium on carbon, Palladium on alumina, Palladium on calcium carbonate or other special purpose are available on your request.