AEO:Alcohol Ethoxylate

Introduction and Chemical Structure

Alcohol Ethoxylates (AE) represent a fundamental class of non-ionic surfactants synthesized via the ethoxylation of linear or branched fatty alcohols. These alcohols may be derived from natural sources like coconut or palm kernel oil, or from petrochemical feedstocks. The molecular structure consists of a hydrophobic alkyl chain and a hydrophilic polyoxyethylene (EO) chain. This unique architecture allows for precise customization of performance characteristics by varying the carbon chain length and the degree of ethoxylation, making AEs one of the most adaptable workhorses in surfactant chemistry for household, industrial, and personal care applications.

Core Advantages of Alcohol Ethoxylate (AE)

1. Superior Multifunctional Performance

   Delivers excellent emulsification, wetting, and degreasing capabilities, effectively breaking down oil stains, dirt, and residues. Ideal for high-demand scenarios like heavy-duty detergents and industrial cleaning, ensuring strong cleaning power while maintaining material safety.
2. Broad Formulation Compatibility

   As a non-ionic surfactant, it exhibits exceptional compatibility with anionic (SLES, LAS), cationic, and amphoteric surfactants. No flocculation or precipitation, supporting flexible formula adjustments for diverse product lines (e.g., low-foam detergents, textile auxiliaries).
3. Adjustable EO Content for Custom Needs

   EO (ethylene oxide) chain length can be tailored (typically 3-15 moles) to match specific application requirements—shorter EO for enhanced degreasing, longer EO for better solubility and stability. Fully adapts to different production scenarios.
4. Low Foam & Eco-Compliant

   Features low-foaming properties for easy rinsing, reducing water consumption and environmental impact. Fully complies with EU REACH, US EPA, and global environmental standards; biodegradable, no harmful residues, meeting green production trends.
5. Cost-Effective & Stable Supply

   High active content and efficient performance allow low dosage, reducing formulation costs. Large-scale production ensures consistent quality (purity ≥99%, stable EO distribution) and continuous supply, supporting bulk orders and long-term partnerships.