Maltose, identified by its CAS number 69-79-4 and molecular formula C12H22O11, is more than just a sweetener; it's a versatile disaccharide that holds significant value in the realm of chemical synthesis and advanced research. For chemists and researchers looking to buy Maltose for their laboratory or industrial applications, understanding its chemical properties and potential applications is key to unlocking its full utility. As a reputable chemical supplier, we aim to provide high-purity Maltose to support your innovative projects.

The structure of Maltose, consisting of two glucose units linked via an alpha(1→4) glycosidic bond, offers unique reactivity and functionality. Its chiral centers and hydroxyl groups provide ample sites for chemical modification, making it an attractive starting material or intermediate for synthesizing complex molecules. Researchers often utilize Maltose in carbohydrate chemistry, exploring glycosylation reactions, derivatization, and its incorporation into novel polymer structures. Its availability in a stable, crystalline form from reliable manufacturers ensures consistency in experimental results.

When considering Maltose for chemical synthesis, purity is often a critical parameter. Ensuring that the purchased Maltose meets high purity standards, typically above 95%, is essential for achieving reproducible and accurate results in complex reactions. Purchasing from established chemical manufacturers, such as those with a strong presence in China, can offer a balance of quality and cost-effectiveness. These suppliers are accustomed to providing detailed specifications and often offer free samples for evaluation, allowing you to confirm the suitability of the chemical for your specific synthetic pathway. Exploring options to buy Maltose from trusted sources ensures that your research is built on a foundation of reliable raw materials.

The applications of Maltose in chemical synthesis are diverse, ranging from the creation of novel drug delivery systems to the development of biocompatible materials. Its inherent properties can be leveraged to build complex oligosaccharides or to create modified carbohydrates with tailored functionalities. For any organization seeking to purchase C12H22O11 for its synthetic potential, partnering with a manufacturer that prioritizes quality, offers competitive pricing, and provides responsive customer support is crucial. This ensures not only the success of your current projects but also the efficiency and cost-effectiveness of your supply chain.