Diphenyl Selenide (CAS 1132-39-4): Key Properties and Applications in Organic Synthesis

Discover the essential role of Diphenyl Selenide (CAS 1132-39-4) in modern organic chemistry. Learn about its unique properties, application in Michael addition reactions, and how to source this vital chemical intermediate from reliable manufacturers.

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Advantages of Sourcing Diphenyl Selenide from Us

High Purity and Consistent Quality

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Expertise in Organoselenium Chemistry

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Key Applications of Diphenyl Selenide

Organic Synthesis Intermediate

Diphenyl Selenide (CAS 1132-39-4) is widely used as a versatile intermediate in the synthesis of various organic molecules. Its phenylselanylbenzene structure is key to facilitating complex chemical transformations.

Michael Addition Reactions

It plays a critical role in anti-selective Michael addition reactions, particularly with thiols and their analogs to nitro-olefins, enabling precise bond formation in advanced chemical research.

Preparation of Organic Compounds

Researchers and formulators utilize Diphenyl Selenide to prepare a diverse range of organoselenium compounds and other complex organic structures, driving innovation in chemical development.

Chemical Research and Development

Its unique reactivity makes it an indispensable tool in academic and industrial R&D settings for exploring new synthetic methodologies and discovering novel compounds.