4-Chloroanisole: Your Essential Building Block for Advanced Agrochemicals
Discover the key properties and applications of 4-Chloroanisole (CAS 623-12-1) for your synthesis needs.
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4-Chloroanisole
4-Chloroanisole, identified by CAS 623-12-1, is a vital chemical intermediate renowned for its role in the synthesis of plant growth regulators and its utility in diverse organic synthesis pathways. Its high purity of 99%min ensures reliable and efficient reactions.
- Unlock advanced agricultural solutions by utilizing 4-chloroanisole plant growth regulator intermediate in your formulations.
- Explore efficient organic synthesis by sourcing high-purity 4-chloroanisole for complex chemical reactions.
- Discover the benefits of using CAS 623-12-1 applications for agrochemical development.
- Achieve consistent results with our 4-chloroanisole purity 99% chemical intermediate.
Product Advantages
High Purity Assurance
With a guaranteed minimum purity of 99%, our 4-chloroanisole ensures predictable outcomes in complex chemical synthesis, supporting your goal to buy 4-chloroanisole online with confidence.
Versatile Intermediate
This chemical intermediate is crucial for the production of effective plant growth regulators, contributing to better crop yields and management, aligning with the need for plant growth regulator synthesis.
Critical for Organic Synthesis
As a key component in various organic synthesis processes, 4-chloroanisole facilitates the creation of specialized compounds, making it an indispensable part of chemical synthesis intermediates.
Key Applications
Plant Growth Regulator Synthesis
Leverage 4-chloroanisole as a foundational element in creating advanced plant growth regulators that optimize agricultural outcomes.
Specialty Chemical Manufacturing
Utilize this chemical intermediate in the precise production of specialty chemicals requiring high purity and specific properties.
Agrochemical Development
Integrate 4-chloroanisole into your research and development for novel agrochemicals and crop protection solutions.
Advanced Organic Chemistry
Employ 4-chloroanisole in complex organic reactions for the synthesis of fine chemicals and advanced materials.