For research and development scientists pushing the boundaries of innovation in pharmaceuticals and diagnostics, understanding the fundamental properties of chemical compounds is key. Magnesium Isopropyl Methoxy, identified by its CAS number 18797-19-8, is a compound that warrants close attention due to its utility as a pharmaceutical intermediate and its role in creating advanced diagnostic reagents. This article aims to provide R&D scientists with insights into its characteristics and sourcing.

Magnesium Isopropyl Methoxy (C4H10MgO), with a molecular weight of 150.6, is typically supplied as a white powder, often with a purity exceeding 99%. These specifications are critical for R&D applications where precision and reproducibility are paramount. Its chemical structure enables it to participate effectively in various organic synthesis reactions, serving as a valuable building block or modifying agent. For scientists looking to buy this compound for laboratory use, identifying suppliers who provide detailed technical data, including molecular structure diagrams and purity analyses, is highly recommended. Manufacturers in China, such as NINGBO INNO PHARMCHEM CO.,LTD., are excellent resources for obtaining such high-quality materials.

The application of Magnesium Isopropyl Methoxy in diagnostic reagent formulation is particularly noteworthy. Its precise chemical behavior contributes to the sensitivity and specificity required for accurate medical testing. R&D scientists often experiment with different concentrations and reaction conditions, making the availability of a consistently pure material essential for valid experimental outcomes. When sourcing for a research laboratory, consider suppliers that offer flexible quantities, from grams to kilograms, and are responsive to technical inquiries.

Moreover, its role as a pharmaceutical intermediate means it can be a critical starting material or reactant in the synthesis of complex drug molecules. Researchers involved in medicinal chemistry or process development will find value in a reliable source for this compound. We are committed to supporting the scientific community by providing high-purity Magnesium Isopropyl Methoxy. We invite R&D scientists to contact us for samples, quotes, or technical discussions to facilitate your groundbreaking research and development projects.