Methyl Coumalate: A Key Intermediate for Tazarotene Synthesis and Its Chemical Properties
Discover the essential properties and applications of Methyl Coumalate, a vital component in pharmaceutical manufacturing.
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Methyl Coumalate
Methyl Coumalate, identified by CAS number 6018-41-3, is a critical chemical intermediate primarily utilized in the synthesis of Tazarotene, a prominent pharmaceutical compound. This substance plays a vital role in the creation of advanced dermatological treatments. Understanding its chemical properties is key for effective use in manufacturing processes.
- Leverage the high purity of Methyl Coumalate (≥99%) for reliable Tazarotene intermediate manufacturing, ensuring quality in your pharmaceutical supply chain.
- Optimize your chemical synthesis processes with detailed insights into the chemical properties of Methyl Coumalate, including its melting point and density.
- Ensure consistent product quality by adhering to the specified methyl coumalate purity specifications and low moisture content (≤0.25%).
- Implement best practices for methyl coumalate storage and handling to maintain its integrity and efficacy for pharmaceutical research and development.
Advantages Provided by the Product
Enhanced Tazarotene Synthesis
As a direct intermediate for Tazarotene, Methyl Coumalate ensures a streamlined and efficient synthesis pathway, crucial for pharmaceutical production timelines and cost-effectiveness.
High Chemical Purity
With a purity of ≥99% and minimal impurities (≤0.3%), this compound guarantees a high-quality starting material, reducing the risk of side reactions and product contamination in complex chemical synthesis.
Reliable Physical Properties
Consistent physical characteristics like a defined melting point (65-67°C) and density (1.326 g/cm³) enable predictable handling and processing in industrial chemical manufacturing environments.
Key Applications
Tazarotene Synthesis
Methyl Coumalate serves as a critical building block in the manufacturing process of Tazarotene, a vital active pharmaceutical ingredient for dermatological conditions.
Pharmaceutical Intermediate Manufacturing
Its role extends to the broader field of pharmaceutical intermediate manufacturing, where precise chemical structures are essential for drug development.
Chemical Research
Researchers utilize Methyl Coumalate in various organic synthesis projects, exploring new chemical pathways and developing novel compounds.
Specialty Chemical Production
It is also valuable in the production of other specialty chemicals requiring its unique molecular structure and reactivity.