The development of effective treatments for chronic conditions like gout relies heavily on sophisticated chemical synthesis pathways. At the heart of Febuxostat production, a widely used medication for hyperuricemia and gout, lies the essential chemical intermediate, p-Anisaldehyde. Also recognized as 4-Methoxybenzaldehyde (CAS No. 123-11-5), this compound is indispensable for creating the active pharmaceutical ingredient that alleviates the symptoms of gout.

For those in the pharmaceutical sector, the term 'p-anisaldehyde intermediate for Febuxostat synthesis' is synonymous with precision and quality. The compound’s structural characteristics and reactivity are specifically leveraged in multi-step synthetic routes to yield Febuxostat. This highlights the critical need for manufacturers to procure this intermediate with assured purity levels, typically exceeding 99.0%.

Delving into the 4-Methoxybenzaldehyde CAS 123-11-5 properties provides insight into its industrial utility. As a liquid with a moderate boiling point (248-249°C) and flash point (116°C), it offers a balance of ease of handling and reaction suitability. The density of 1.121 also contributes to its predictable behavior in chemical processes. These characteristics are meticulously controlled to ensure that every batch meets stringent pharmaceutical standards.

The importance of this febuxostat precursor chemical synthesis extends to supply chain reliability. Pharmaceutical companies depend on a steady flow of p-Anisaldehyde to maintain uninterrupted production of Febuxostat. This demand drives the need for suppliers who can consistently deliver high-quality material, often in bulk packaging like 200 kg drums. Understanding the supply dynamics and the critical nature of this intermediate is key to managing production effectively.

Furthermore, the scientific community actively researches and documents the p-anisaldehyde physical and chemical properties. This ongoing effort ensures that synthesis methods are refined, and new applications might be discovered. For researchers and chemists, p-Anisaldehyde is a valuable aromatic aldehyde that can be used in various organic synthesis projects, further broadening its utility beyond just Febuxostat production.

In conclusion, p-Anisaldehyde is a cornerstone in the fight against gout. Its role as a high-purity intermediate for Febuxostat synthesis underscores the intricate relationship between chemistry and medicine. By ensuring the quality and availability of this essential compound, the pharmaceutical industry can continue to provide effective relief to millions suffering from hyperuricemia and gout worldwide.