Glycol Ether Selection for DOT Brake Fluid Formulation is available in both industrial and pharmaceutical grades, bearing the CAS number provided on request. This high-purity glycol ether is formulated specifically for DOT brake fluid systems, ensuring optimal performance, reliability, and compliance with automotive specifications. Suited for modern synthetic brake fluid development, it is readily available from stock and supplied with full documentation to support technical and regulatory requirements.
At the molecular level, glycol ethers in this selection are low-viscosity, oxygenated solvents characterized by one or more ether functional groups bonded to an alkyl backbone. They are typically represented by molecular formulas such as C6H14O3, though exact composition may vary with the chosen glycol ether for brake fluid formulation. These compounds are valued for their miscibility with water and polar organic solvents, high boiling points, and chemical stability. Glycol ethers act as viscosity modifiers, lubricity agents, and water solubilizers within DOT brake fluid blends. Their ether and alcohol moieties contribute to excellent solvency for organic and inorganic salts, and enhance fluid compatibility with elastomers and metals found in braking systems. In synthesis, glycol ethers can be used as intermediates or reaction media, taking part in various condensation or substitution reactions.
The key specifications for this glycol ether selection include a density typically around 0.97 g/cm³ at 20°C, and a high boiling point which is generally in the range of 197–205°C depending on the specific ether chosen. The material displays a melting point below -70°C, ensuring fluidity at very low temperatures—crucial for brake fluid performance. Assay purity is consistently above 99.5%, with water content held below 0.10% to satisfy stringent moisture specifications for brake fluid applications. Flash point is greater than 90°C, supporting safe handling and storage. The logP value remains below 0.65, emphasizing the hydrophilic nature of these glycol ethers.
In industrial terms, the primary application of this glycol ether selection is as a major constituent in DOT brake fluid formulations. It is essential for meeting the requirements of glycol ether-based brake fluids defined by DOT 3, DOT 4, and DOT 5.1 specifications, providing thermal stability, hygroscopicity, and compatibility with rubber and metal system components. The product’s high purity and tightly controlled moisture content make it especially suitable for use in flow chemistry processes and continuous manufacturing of brake fluids, where batch-to-batch consistency is imperative.
Beyond its use in brake fluids, glycol ethers of this specification are also utilized as high-performance co-solvents in hydraulic fluids, as coupling agents in specialty lubricants, as anti-corrosion additives for metalworking fluids, and as physical property modifiers in selected coatings or resins. Their combination of solvency, low toxicity, and controlled volatility makes them versatile in a variety of high-value formulations.
Packaging is offered in robust 25 kg HDPE drums, each filled with a nitrogen-purged headspace to prevent oxidative or moisture degradation during transit and storage. Optimal storage conditions call for a cool, dry environment away from direct sunlight and sources of ignition. When stored under recommended conditions, the shelf life exceeds 24 months. Each shipment is accompanied by a comprehensive certificate of analysis to confirm compliance with the stated specifications, facilitating straightforward integration into regulated manufacturing and quality assurance workflows.
Related Articles
