Organometallic Compounds

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Organometallic Compounds

Organometallic compounds contain metal–carbon bonds and serve as catalysts, reagents, and intermediates in pharmaceutical synthesis, polymerization reactions, and fine-chemical production. They exhibit strong catalytic activity and high selectivity, enabling transformations such as coupling, reduction, and C–C bond formation.

Organomanganese

Organomanganese compounds offer a balance of useful reactivity, low toxicity, and relatively mild handling requirements, making them attractive alternatives to more hazardous organometallic reagents. They participate in oxidation, addition, coupling, and radical-based transformations, often providing complementary selectivity compared with traditional transition-metal systems. Their cost-effectiveness and environmental compatibility align well with green chemistry initiatives, encouraging broader use in academia and industry. Organomanganese reagents also show promise in catalytic processes and polymer modification, expanding their applicability in material science and sustainable synthesis. As research advances, these compounds continue to gain recognition for enabling efficient bond construction while minimizing safety and environmental concerns.

Manganese Pentacarbonyl Bromide CAS NO 14516-54-2

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Manganese(Ii) Acetate Tetrahydrate CAS NO 6156-78-1

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CAS No.:6156-78-1

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Bis(Cyclopentadienyl)Manganese CAS NO 1271-27-8

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CAS No.:1271-27-8

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Manganese Carbonyl CAS NO 10170-69-1

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CAS No.:10170-69-1

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Cyclopentadienylmanganese Tricarbonyl CAS NO 12079-65-1

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CAS No.:12079-65-1

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Acetylcyclopentadienylmanganese(I) Tric& CAS NO 12116-28-8

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CAS No.:12116-28-8

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Ethylcyclopentadienylmanganese(I) Trica& CAS NO 12116-56-2

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Manganese(Iii) Meso-Tetraphenylporphine-Μ-Oxo Dimer CAS NO 12650-83-8

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Organosodium

Organosodium compounds are extremely strong bases and highly reactive nucleophiles capable of promoting rapid deprotonation, metalation, and carbon–carbon bond formation. Their reactivity often surpasses that of organolithium or organopotassium reagents, making them powerful tools in challenging transformations. However, their high sensitivity to moisture and air requires careful handling and controlled reaction environments. Organosodium reagents are increasingly explored as cost-effective and sustainable alternatives to more expensive metals due to sodium’s natural abundance and low toxicity. They support applications in polymerization, condensation reactions, and the synthesis of complex intermediates. As synthetic methodologies advance, organosodium chemistry continues to expand, offering unique reactivity profiles that benefit both academic research and industrial process development.

Sodium(5S)-3-Acetyl-5-[(S)-1-Methylpropyl]-4-Hydroxy-3-Pyrroline-2-Olate CAS NO 1013-59-8

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CAS No.:1013-59-8

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Sodium Acetylide CAS NO 1066-26-8

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CAS No.:1066-26-8

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Benzylsodium CAS NO 1121-53-5

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CAS No.:1121-53-5

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Sodiumethylate CAS NO 1141-52-6

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CAS No.:1141-52-6

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Phenyl Sodium 25%Soln.Inheptane CAS NO 1623-99-0

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CAS No.:1623-99-0

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Sodium Pentylate CAS NO 1941-84-0

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CAS No.:1941-84-0

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Ethylenediaminetetraacetic Acid, Disodium Zinc Salt CAS NO 12519-36-7

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CAS No.:12519-36-7

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1,2,6-Tri(Sodiooxy)Hexane CAS NO 13005-19-1

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CAS No.:13005-19-1

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Organonickel

Organonickel compounds have gained significant attention as efficient and economical alternatives to precious-metal catalysts. Their ability to mediate carbon–carbon and carbon–heteroatom coupling reactions has made nickel a rising star in synthetic chemistry. Organonickel catalysts exhibit unique reactivity patterns, enabling transformations that are challenging or inaccessible with palladium or other metals, including reductive couplings, cross-electrophile couplings, and radical-mediated processes. Nickel’s lower cost and greater natural abundance promote its adoption in large-scale industrial production, especially in pharmaceuticals, agrochemicals, and functional materials. Additionally, organonickel chemistry supports sustainable synthesis by enabling reactions under milder conditions and minimizing reliance on scarce metals. As research advances, nickel-based systems continue expanding into asymmetric catalysis, polymer chemistry, and electrochemical synthesis.

Nickel Chloride, Dimethoxyethane Adduct CAS NO 29046-78-4

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CAS No.:29046-78-4

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Nickelocene CAS NO 1271-28-9

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Bis(Methylcyclopentadienyl)Nickel CAS NO 1293-95-4

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CAS No.:1293-95-4

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Bis(1,5-Cyclooctadiene)Nickel(0) CAS NO 1295-35-8

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CAS No.:1295-35-8

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Ethylenediaminetetraacetic Acid Disodium Nickel Salt CAS NO 11079-07-5

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CAS No.:11079-07-5

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Allyl(Cyclopentadienyl)Nickel(Ii) 97 CAS NO 12107-46-9

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CAS No.:12107-46-9

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Methallylnickel Chloride Dimer CAS NO 12145-60-7

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Cyclopentadienylnickel(Ii) Carbonyl Di CAS NO 12170-92-2

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CAS No.:12170-92-2

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Organotitanium

Organotitanium compounds are widely used in organic synthesis due to their high selectivity, strong reducing ability, and compatibility with diverse functional groups. They participate in olefin polymerization, hydride transfer reactions, epoxidations, and asymmetric catalytic processes. Titanium-based reagents, including well-known complexes such as titanium tetrachloride and Tebbe reagent, enable precise carbonyl transformations, methylenation, and cyclopropanation. Their tunable reactivity and relatively low toxicity compared with many transition metals make them valuable in both industrial and laboratory settings. Organotitanium chemistry also plays an important role in materials science, supporting the synthesis of high-strength composites, coatings, and titanium-containing polymers. As innovation continues, titanium remains a key metal for developing efficient, selective, and environmentally conscious synthetic methodologies.

Tetrabutyl Titanate CAS NO 5593-70-4

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CAS No.:5593-70-4

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Titanium Ethylhexoxide CAS NO 1070-10-6

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CAS No.:1070-10-6

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Cyclopentadienyltitanium Trichloride CAS NO 1270-98-0

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CAS No.:1270-98-0

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Bis-(Cyclopentadienyl)-Chlorotitanium(Iii) Dimer CAS NO 1271-18-7

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CAS No.:1271-18-7

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Titanocene Dichloride CAS NO 1271-19-8

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CAS No.:1271-19-8

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Titanocene CAS NO 1271-29-0

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CAS No.:1271-29-0

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Bis(Cyclopentadienyl)Dimethyltitanium CAS NO 1271-66-5

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Methylcyclopentadienyltitaniumtrichloride CAS NO 1282-31-1

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CAS No.:1282-31-1

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Organoiron

Organoiron compounds are increasingly recognized for their safety, affordability, and environmental compatibility, aligning well with principles of green chemistry. Iron’s abundance and low toxicity make it an appealing alternative to more expensive or hazardous transition metals. Organoiron complexes participate in a wide range of transformations, including C–C coupling, hydrogenation, hydrofunctionalization, and redox catalysis. Their unique electronic properties allow unusual reactivity patterns that can complement or surpass those of precious metals in specific contexts. Organoiron catalysts have shown promising applications in pharmaceuticals, polymer synthesis, and renewable-energy-related chemistry. As sustainable methodologies become a global priority, organoiron chemistry continues to expand, offering efficient and environmentally responsible options for modern synthetic challenges.