Chlorodi(p-tolyl)phosphine (CAS 1019-71-2): High-Purity Ligand Manufacturer & Supplier for Catalysis

Discover Chlorodi(p-tolyl)phosphine (CAS 1019-71-2), a crucial organophosphorus compound. As a leading supplier in China, we provide high-purity Chlorodi(p-tolyl)phosphine for advanced catalytic applications. Explore its properties, synthesis applications, and secure your supply today.

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Advantages of Sourcing Chlorodi(p-tolyl)phosphine

Exceptional Purity and Quality

Our Chlorodi(p-tolyl)phosphine is manufactured to stringent standards, ensuring >98% purity, which is critical for achieving reliable catalytic activity and predictable reaction outcomes. We focus on delivering quality that meets the rigorous demands of R&D and industrial applications.

Versatile Catalytic Applications

This compound is a cornerstone for synthesizing highly efficient palladium catalysts crucial for Suzuki-Miyaura, Heck, and Sonogashira coupling reactions. Its utility extends to nickel-catalyzed processes, making it a versatile tool for chemists seeking to optimize synthetic routes and improve yields.

Reliable Supply Chain and Technical Support

As a dedicated manufacturer and supplier, we ensure a consistent and reliable supply of Chlorodi(p-tolyl)phosphine. Our commitment includes providing technical data, safety information (MSDS), and responsive customer service to support your purchasing decisions and application development.

Key Applications in Modern Chemistry

Synthesis of Palladium Catalysts

Chlorodi(p-tolyl)phosphine is an essential precursor for palladium catalysts used in cross-coupling reactions like Suzuki-Miyaura and Heck, enabling efficient carbon-carbon bond formation in complex organic synthesis.

Ligands for Nickel Catalysis

It functions as a vital ligand in nickel(0)-catalyzed isomerization reactions and the formation of phosphinosulfonamide nickel complexes for oligomerization, expanding the scope of organometallic chemistry.

Phosphinylation Reactions

As a reactive phosphinylation reagent, it allows for the introduction of the di(p-tolyl)phosphino group into various organic molecules, a key step in synthesizing novel compounds and materials.

Electronic Chemicals & Material Science

Its unique properties make it a valuable intermediate in the development of electronic chemicals and advanced materials, where precise molecular design is paramount.