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Alcohols, C12-16, ethoxylated (CAS 68551-12-2) represents a versatile class of Non-Ionic Surfactants derived from high-purity linear fatty alcohols. Often referred to as Linear Alcohol Ethoxylates (LAE), these compounds are engineered by reacting a C12-C16 fatty alcohol "mother" chain with varying moles of ethylene oxide. This process results in a molecule with a hydrophobic tail and a hydrophilic head, making it a powerhouse for emulsification, wetting, and detergency. In the industrial sector, these ethoxylates are prized for their rapid biodegradability and superior performance across a wide temperature range. From being a core surfactant in household detergents to acting as a high-performance emulsifier in agrochemical formulations and textile processing, C12-16 ethoxylated alcohols are the essential "interface" between oil and water phases. We are a globally established oleochemical manufacturer worldwide through comprehensive regulatory documentation (CoA), traceability, and consistent global supply capabilities, ensuring reliable lead times and quality assurance across all grades.
Alcohols, C12-16, ethoxylated (CAS 68551-12-2) represents a versatile class of Non-Ionic Surfactants derived from high-purity linear fatty alcohols. Often referred to as Linear Alcohol Ethoxylates (LAE), these compounds are engineered by reacting a C12-C16 fatty alcohol "mother" chain with varying moles of ethylene oxide. This process results in a molecule with a hydrophobic tail and a hydrophilic head, making it a powerhouse for emulsification, wetting, and detergency. In the industrial sector, these ethoxylates are prized for their rapid biodegradability and superior performance across a wide temperature range. From being a core surfactant in household detergents to acting as a high-perfor...
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Oleochemicals
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Fatty Alcohols & Ethoxylates
C10–C14 fatty alcohols
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Chemical Properties & Specifications
Moderate eye irritant. When heated to decomposition, it emits acrid smoke and irritating vapours.
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H400, H336, H332, H319, H318, H316, H315, H302,
Spreading and penetration of herbicides and insecticides on leaf surfaces, significantly increasing bio-efficacy
Primary emulsifier for oil-based active ingredients, ensuring a stable, uniform emulsion when diluted in water
Staple in "Green" laundry detergents and industrial cleaners due to its low toxicity and high soil-removal capacity
Excellent grease emulsification for metal cleaning and degreasing applications in the Metallurgy sector
To remove natural oils and waxes from fibers during the pre-treatment stage of textile manufacturing
Dye distribution by controlling the rate of dye uptake on the fabric.
Store in a cool, dry place. Keep containers closed when not in use to prevent moisture absorption and oxidation
Classified as Harmful to aquatic life (depending on EO length). Ensure proper wastewater treatment protocols are followed
Stable under normal temperatures; however, avoid contact with strong oxidizing agents
This refers to the carbon chain length of the fatty alcohol starting material. A C12-16 blend provides an optimal balance of solubility and cleaning power, making it more versatile than a pure C12 or C16 chain.
AEO 5-24Z, ALEX 12.0, ALEX 4.0, ALEX 6.0, Alfonic 1216-1.3, Alfonic 1216-22, Berol 175, C12-16 alcs., ethoxylated, C12-16 Pareth-9, Dehydol LSS 5.5, Dehydol LT 6, Ethonic 1214-2, Ethonic 1214-6.5, Ethoxylated alcohols, C12-16, Ethoxylated C12-16 alcohols, Ethoxylated C12-16 alcs., Ethoxylated CO 1214, Genapol 079, Genapol 24/50, Genapol 24L50, Genapol 26L3, Genapol 26L60, Genapol 26L80, Genapol LA 060, Genapol UD 030S, LMAL 90, Lorodac 26-7, Lutensol A 65N, Lutensol A 9N, Merpol HCS, Neonol P 12-16-3, Novel 1216CO3, ROKAnol L 3A, Synperonic L 11SS-CQ, T-DET A 267NR,
Regulatory List: AIIC, AREC, DSL, IECSC, INSQ, NLP, NZIoC, PICCS, PII, REACH, TCSI, TDCA, TSCA, VNECI.
The more EO moles added, the more water-soluble (hydrophilic) the product becomes. Lower EO (3-5 moles) is better for oil-solubility/degreasing; higher EO (7-12 moles) is better for water-based cleaning and wetting.
Yes. One of the primary reasons for choosing C12-16 Linear Alcohol Ethoxylates over older surfactants like APEOs (Alkylphenol Ethoxylates) is their rapid and complete biodegradability.
