Lithium Borohydride, identified by its CAS number 16949-15-8, is a chemical compound that plays a crucial role in various synthetic processes, particularly within organic chemistry and the pharmaceutical industry. As a potent reducing agent, its unique properties make it invaluable for specific chemical transformations that are fundamental to developing advanced materials and life-saving drugs. Understanding its characteristics and how to procure it efficiently is key for professionals in the field.

The primary function of Lithium Borohydride is its capacity to act as a powerful reducing agent. It is highly effective in reducing aldehydes, ketones, and lipids, converting them into alcohols or other reduced functional groups. This ability is instrumental in the synthesis of complex molecules and intermediates, notably for pharmaceuticals such as ticagrelor and darunavir. The chemical boasts a high assay, typically ≥96%, which guarantees reliability and predictability in reaction outcomes, essential for stringent industrial standards like USP, BP, EP, and FCC.

For businesses and researchers looking to buy Lithium Borohydride, identifying a reputable supplier is paramount. Many organizations turn to China for their chemical needs, as manufacturers there often provide high-quality products at competitive prices. When you purchase Lithium Borohydride from a well-established manufacturer in China, you benefit from their advanced production capabilities and rigorous quality control systems. This ensures you receive a consistent and high-purity product, which is critical for demanding applications.

The accessibility and cost-effectiveness of sourcing Lithium Borohydride CAS 16949-15-8 from China make it an attractive option for global procurement. Working with a reliable supplier ensures not only the quality of the reagent but also a stable supply chain, which is vital for continuous production cycles. Furthermore, obtaining detailed technical data sheets (TDS) and safety data sheets (SDS) from your chosen manufacturer is crucial for ensuring safe handling and compliance. By strategically sourcing this essential reducing agent, you can optimize your chemical synthesis processes and drive innovation forward.