Organometallic Rhodium Catalyst Description
The organometallic rhodium catalyst is used in electronic and pharmaceutical applications as well as in research and development. Stanford Advanced Materials (SAM) is a manufacturer of noble metal catalysts.
Organometallic Rhodium Catalyst Products
CAS No.
|
Products
|
Molecular Structure
|
12092-47-6
|
Chloro(1,5-cyclooctadiene)rhodium(I)dimer
|
rhodium(I)%20dimer%20.jpg)
|
14694-95-2
|
Tris(triphenylphosphine)chlororhodium
|
chlororhodium.jpg)
|
12257-42-0
|
Norbornadiene Rhodium(I)chloride-Dimer
|
Chloride%20Dimer.jpg)
|
14284-92-5
|
Rhodium(III) 2,4-Pentanedionate
|
%202,4-pentanedionate.jpg)
|
15956-28-2
|
Rhodium(II)-acetate Dimer
|
%20acetate%20dimer%20.jpg)
|
Organometallic Rhodium Catalyst Features:
-
Rhodium Purity: The catalyst contains rhodium with a purity of 99.9%+ and catalyses a range of chemical transformations.
-
Range of Catalytic Reactions: The catalyst supports carbon–carbon bond formation, hydrogenation, hydroformylation and additional reactions.
-
Precise Composition: The ligand system is developed to ensure reproducibility, selectivity and control in organometallic synthesis.
-
Measured Reactivity: The catalyst exhibits increased reactivity and regioselectivity, which permits complex transformations to be completed accurately.
-
Ease of Handling: The catalyst is designed for straightforward application and is compatible with various solvents and reaction conditions.
-
Expert Manufacture: Experts in organometallic chemistry develop the catalysts according to strict production protocols.
Applications of Organometallic Rhodium Catalysts:
The organometallic rhodium catalysts are suitable for a variety of chemical transformations and are used for:
-
Carbon–Carbon Bond Formation: The catalysts facilitate the synthesis of complex organic molecules through efficient bond formation reactions.
-
Hydrogenation: The catalysts are employed for the addition of hydrogen to substrates, thereby producing selective outcomes.
-
Hydroformylation: The catalysts assist in the conversion of olefins to aldehydes, a key step in industrial chemical production.
-
Asymmetric Catalysis: The catalysts are used to prepare chiral molecules with high enantioselectivity for pharmaceutical and agrochemical research.
Reasons to Choose Our Organometallic Rhodium Catalyst
-
Quality Assurance: Production processes ensure consistent and reproducible catalytic results.
-
Technical Support: A team of experienced chemists and technical experts provides assistance for specific research and production needs.
-
Customised Solutions: Catalysts are tailored to meet specific research or production requirements.
-
Competitive Pricing: The catalysts are offered at competitive prices while meeting defined specifications.
-
Global Availability: The catalysts are accessible worldwide and can be ordered by research institutions and industry alike.
The catalyst system supports precise chemical processing. Consequently, orders for the organometallic rhodium catalyst may be placed at any time.
Organometallic Rhodium Catalyst Specifications:
- Rhodium Purity: 99.9%+
- Ligand Type: Customisable
- Particle Size: Customised to specific requirements
- Packaging: Securely sealed to maintain catalyst integrity
- Storage: Store in a cool, dry place away from moisture and air
Organometallic Rhodium Catalyst Packaging
1g, 5g, 50g, 100g, 500g, 1000g in a glass bottle or as specified.