Allyltributyltin CAS 24850-33-7: Your Premier Allylation Reagent Manufacturer in China

Discover the superior quality of Allyltributyltin (CAS 24850-33-7), a highly effective allylation reagent essential for advanced organic synthesis. As a leading manufacturer and supplier in China, we provide high-purity products for critical applications. Request your quote today!

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Advantages of Sourcing Allyltributyltin from Our Facility

Exceptional Purity and Quality Assurance

Our Allyltributyltin (CAS 24850-33-7) consistently meets a minimum purity of 98.00%, validated through stringent quality control. This ensures reliable and reproducible results for your critical allylation reactions, making us a preferred manufacturer.

Strategic Position as a Chinese Supplier

Leveraging our manufacturing base in China, we offer competitive pricing and efficient logistics for Allyltributyltin. We are your go-to supplier for purchasing this specialized fine chemical intermediate, ensuring timely delivery for your projects.

Versatile Application in Organic Synthesis

Allyltributyltin is indispensable for aldehyde allylation, enabling the synthesis of complex homo-allyl alcohols. We provide this essential reagent to R&D scientists and production managers seeking to buy high-performance chemicals.

Key Applications of Allyltributyltin

Aldehyde Allylation Reactions

As a premier allylation reagent, Allyltributyltin is crucial for efficiently adding allyl groups to aldehydes, a fundamental step in creating complex organic molecules.

Synthesis of Homo-allyl Alcohols

This compound is key in catalytic processes to produce homo-allyl alcohols, intermediates vital for pharmaceuticals and fine chemicals.

Catalyst-Mediated Transformations

Used in conjunction with various catalysts, including chiral Lewis acids and palladium complexes, to achieve selective and high-yield allylation reactions.

Advanced Organic Synthesis

Essential for researchers and formulators requiring precise control over C-C bond formation in the development of new chemical entities.