2-Iodotoluene: A Crucial Intermediate in Organic Synthesis
Explore the essential properties and versatile applications of 2-iodotoluene in modern chemical synthesis.
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2-Iodotoluene
As a pivotal intermediate in organic synthesis, 2-iodotoluene facilitates the creation of complex molecules, particularly in the pharmaceutical sector. Its high purity and reliable properties make it a preferred choice for various synthetic pathways.
- Discover the synthesis of iodonium salts from organotrifluoroborates using 2-iodotoluene, a testament to its role in advanced chemical transformations.
- Leverage 2-iodotoluene as a key intermediate for organic synthesis, enabling efficient and precise molecular construction.
- Understand the essential properties of 2-iodotoluene, including its physical state, boiling point, and flash point, crucial for safe handling and effective use.
- Explore where to buy 2-iodotoluene chemical for your research and development needs, ensuring a reliable supply chain.
Key Advantages
Versatile Intermediate
2-iodotoluene serves as a versatile intermediate for organic synthesis, contributing to the development of novel compounds. Its structure allows for diverse chemical reactions.
Pharmaceutical Applications
Its role as an intermediate in pharmaceutical synthesis highlights the value of 2-iodotoluene in creating active pharmaceutical ingredients and drug candidates.
Reliable Chemical Properties
With a high assay of ≥98.0% and a clear physical profile, the properties of 2-iodotoluene ensure predictable outcomes in your synthetic processes.
Key Applications
Organic Synthesis
Utilize 2-iodotoluene in various organic synthesis pathways to build complex molecular structures efficiently.
Pharmaceutical Intermediates
As an intermediate in pharmaceutical synthesis, 2-iodotoluene is crucial for the creation of new drug compounds.
Research and Development
The study of o-methyliodobenzene chemical uses aids researchers in exploring new reactions and applications for this compound.
Advanced Chemical Transformations
2-iodotoluene is employed in sophisticated chemical transformations, such as the synthesis of iodonium salts, demonstrating its utility in cutting-edge chemistry.