In the specialized realm of chemical procurement for research and development, identifying compounds with unique properties and reliable sources is paramount. D-Melezitose Dihydrate, identified by CAS number 10030-67-8, is one such compound that offers considerable value across various scientific disciplines. As a trisaccharide originating from nature, its specific chemical structure and functional attributes make it a sought-after material for analytical standards, biotechnological applications, and emerging industrial uses.

Understanding D-Melezitose Dihydrate's Chemical Identity

D-Melezitose Dihydrate is classified as a non-reducing trisaccharide, meaning it does not have a free hemiacetal group that can readily react with reducing agents. Its chemical formula is C18H32O16·H2O, with a molecular weight of approximately 522.45 g/mol. Typically supplied as a white crystalline powder, it is soluble in water, facilitating its use in aqueous systems common in laboratory research.

The natural occurrence of melezitose in honeydew, produced by insects feeding on plant phloem, gives it an interesting biological context. This origin also hints at its role in nutrient cycling and its interaction with other organisms, which can be of interest to ecologists and biochemists.

Diverse Applications Driving Market Interest

The utility of D-Melezitose Dihydrate is multifaceted, making it a valuable commodity for various sectors:

• Analytical Chemistry: High-purity D-Melezitose Dihydrate is essential for use as a calibration standard in analytical techniques such as chromatography (HPLC, GC) and mass spectrometry. It allows scientists to precisely identify and quantify sugars in diverse matrices, from biological fluids to processed foods, ensuring data accuracy. Researchers often need to buy D-Melezitose Dihydrate specifically for these high-precision applications.
• Microbiology and Fermentation: In the field of microbiology, this trisaccharide serves as a nutritional component. It can be used as a selective carbon source in growth media to support specific microbial cultures, aiding in research related to microbial metabolism, enzyme production, or even industrial fermentation processes.
• Biofuel Research and Development: With the global push towards sustainable energy, the exploration of alternative feedstocks is critical. D-Melezitose Dihydrate, being a carbohydrate, is being investigated for its potential conversion into biofuels and other bio-based chemicals, offering a route towards greener energy solutions.
• Biochemistry and Glycoscience: For academics and industrial researchers in glycochemistry, D-Melezitose Dihydrate provides a complex sugar structure for studying enzymatic hydrolysis, glycosylation pathways, and the biological roles of oligosaccharides.

Navigating the Supply Chain: Sourcing from Reputable Manufacturers

For professionals requiring D-Melezitose Dihydrate, securing a dependable supply is paramount. NINGBO INNO PHARMCHEM CO.,LTD. is a leading D-Melezitose Dihydrate manufacturer in China, dedicated to providing chemicals that meet rigorous quality specifications. We understand the market's need for consistent product quality and reliable delivery schedules.

When seeking a D-Melezitose Dihydrate CAS 10030-67-8 supplier, it is important to evaluate their product purity, documentation, and overall service capability. Whether your requirement is for laboratory-scale research or larger industrial volumes, a trusted supplier will offer competitive D-Melezitose Dihydrate prices and flexible solutions for bulk purchases. Partnering with an established manufacturer ensures that you receive materials that meet your exact specifications.

Procure with Confidence

To ensure the success of your research or industrial projects, choose NINGBO INNO PHARMCHEM CO.,LTD. as your preferred supplier for D-Melezitose Dihydrate. We are committed to delivering exceptional value through high-quality products and expert support. Contact us today to inquire about pricing, request a sample, and establish a reliable supply chain for your chemical needs.