Unlock Versatile Chemical Synthesis with Chloromethyl Dimethylphenylsilane (CAS 1833-51-8)
A key organosilicon compound for advanced chemical reactions and custom synthesis.
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Chloromethyl Dimethylphenylsilane
This organosilicon compound, identified by CAS 1833-51-8, is a pivotal material in modern organic synthesis. Its unique chemical structure allows for a broad range of applications, making it indispensable for researchers and manufacturers seeking high-performance chemical intermediates.
- As a crucial precursor for Grignard reagents, it enables efficient carbon-carbon bond formation in complex synthesis pathways.
- The compound facilitates heteroatom and carbon alkylation reactions, expanding its utility in creating diverse organic molecules.
- It serves as a masked hydroxyl group, offering a strategic advantage in multi-step synthesis by protecting and later revealing reactive alcohol functionalities.
- Its application extends to the preparation of organometallic and organolanthanide reagents, crucial for catalysis and advanced materials science.
Key Advantages
Synthetic Versatility
Leverage the versatile synthetic applications of Chloromethyl Dimethylphenylsilane to achieve complex molecular architectures and novel chemical compounds.
Enhanced Reactivity Control
Utilize its function as a masked hydroxyl group for precise control over reaction pathways, particularly in sensitive synthetic routes.
Reliable Purity
Benefit from its high purity (95%), ensuring consistent and predictable results in your demanding chemical synthesis projects.
Key Applications
Grignard Reagent Synthesis
Serves as a critical precursor for Grignard reagents, enabling complex synthetic transformations through carbon-carbon bond formation.
Alkylation Reactions
Facilitates efficient alkylation reactions, allowing for the introduction of silylmethyl groups onto various organic substrates.
Hydroxyl Group Masking
Functions effectively as a masked hydroxyl group, proving invaluable for strategic protection and deprotection in organic synthesis.
Organometallic Chemistry
Used in the preparation of diverse organometallic and organolanthanide reagents, vital for catalysis and materials science innovation.