Diglycerol, also known as 3, 3′-Oxydipropan-1, 2-Diol, with CAS number 627-82-7 (also associated with 59113-36-9), stands out as a highly versatile chemical compound. This diol, characterized by its molecular formula C6H14O5 and a molecular weight of 166.172, serves as a crucial intermediate in numerous chemical synthesis processes.

The structure of Diglycerol, containing four hydroxyl groups, provides multiple reactive sites, making it an excellent building block for creating more complex molecules. This inherent reactivity is key to its widespread utility across various industrial sectors.

One of the primary applications of Diglycerol is in the preparation of fatty acid esters. These derivatives are invaluable in industries ranging from food to cosmetics and lubricants. For instance, Diglycerol esters like oleates, ricinoleates, and stearates are widely used for their functional properties.

In the cosmetics and personal care industry, Diglycerol serves as a vital raw material. Its properties contribute to product stability and performance. Derivatives such as Diglycerin stearate are incorporated into formulations for paints, detergents, and even shoe polish, acting as effective additives and emulsifiers. Its potential as a humectant also makes it beneficial in cosmetic applications.

Beyond cosmetic applications, Diglycerol and its derivatives are highly effective as emulsifiers and defoamers. Diglycerol oleate, for example, functions as an antifoaming agent and anti-rust agent in lubricating oils, and as a drip-free agent in certain packaging materials. Diglycerol ricinoleate finds use in brake oil formulations and as a general emulsifier and defoamer in other applications. The versatility of these derivatives highlights the foundational importance of Diglycerol itself as a starting material.

The role of Diglycerol as an organic synthesis intermediate extends to the production of various other specialty chemicals. The possibility of esterification and etherification reactions at its hydroxyl sites allows for the creation of tailored molecules with specific performance characteristics required for diverse applications. Its compatibility and reactivity profile make it a preferred choice for formulators seeking reliable precursors.

Sourcing high-quality Diglycerol (3, 3′-Oxydipropan-1, 2-Diol) is essential for ensuring the performance and consistency of end products. As a key chemical raw material, its purity and specifications, often documented by an MSDS, are critical factors for manufacturers. From cosmetic formulations to industrial processing aids, the demand for this versatile compound remains strong due to its broad range of applications and the functional properties it imparts through its derivatives.

For researchers and manufacturers seeking a reliable supplier of 3, 3′-Oxydipropan-1, 2-Diol, sourcing from an experienced manufacturer ensures quality and consistency. To obtain detailed technical specifications, current price information, or to buy / purchase this versatile raw material, consider exploring reputable sources in the market offering competitive price options.