Sodium Oleate

Product Overview

Sodium Oleate is the sodium salt derived from oleic acid, representing a critical component in the realm of surfactants and chemical intermediates. Recognized for its amphiphilic nature, this compound features a hydrophilic carboxylate head and a hydrophobic hydrocarbon tail, making it exceptionally effective in reducing surface tension between disparate phases. Our manufacturing process ensures high purity levels, catering to demanding industrial standards where consistency and performance are paramount. As a key intermediate, it bridges the gap between raw fatty acids and specialized functional formulations used across multiple sectors.

Technical Specifications

Quality control is integral to our production workflow. Each batch undergoes rigorous analysis to confirm compliance with established factory standards. The physical properties of Sodium Oleate make it suitable for high-temperature applications and stable emulsification processes. Below are the key analytical parameters verified during quality assurance testing.

Industrial Applications

The versatility of Sodium Oleate extends across various heavy industries and specialized manufacturing processes. Its primary function as an emulsifier facilitates the stable mixing of oil and water systems, which is essential in creating homogeneous products. In the metalworking industry, it serves as a crucial component in cooling and lubricating emulsified oils, enhancing tool life and surface finish during machining. Furthermore, it acts as an effective polishing and lubricating agent for synthetic fibers, improving texture and processing efficiency.

Beyond lubrication, Sodium Oleate is utilized as a cleaning agent and preservative for steel ball surfaces, preventing corrosion during storage and transit. In the mining sector, it functions as a flotation agent for ore separation, optimizing recovery rates. Additionally, its waterproofing capabilities are leveraged in fiber treatment, while its emulsifying properties support complex formulation needs in pharmaceutical intermediates and specialty chemical synthesis.

Storage and Stability

Proper handling ensures the longevity and efficacy of Sodium Oleate. The compound is generally stable under normal conditions but should be protected from strong oxidizing agents to prevent degradation. Storage recommendations include keeping the material in a cool, dry environment away from direct sunlight and moisture. While specific storage conditions may vary based on formulation requirements, maintaining integrity through appropriate warehousing practices is essential for preserving its chemical properties and performance benchmarks in downstream applications.