Lauranol polyoxyethylene ether phosphate estyter AEO-3P
Get a quote
Chemical composition: lauryl alcohol polyoxyethylene ether phosphate
English name: Polyoxyethylene (3) Laurylether Phosphate
Product Name: AEO-3P
Type: Non-ionic
CAS number: 31694-55-0
Molecular formula: [RO(CH₂CH₂O)₃]₂PO(OH)
Technical specification
Description | Specification |
Appearance | Colorless or slightly yellow transparent liquid |
Active ingredient content,% | ≧95.0 |
PH (2% aqua. solu.) | ≤3.5 |
Characteristic and applications:
1. Exhibits excellent water solubility, decontamination, emulsification, lubrication, cleaning, dispersion, antistatic, and rust-prevention properties, along with superior electrolyte compatibility and stability under heat and alkaline conditions. It demonstrates resistance to acids, alkalis, hard water, inorganic salts, and high temperatures, while also possessing good biodegradability and low irritancy. Additionally, it possesses strong degreasing capability.
2. Exhibits antistatic properties, smoothness, wettability, and corrosion inhibition, serving as a raw material to enhance spinning performance in synthetic fiber processing. It possesses hygroscopicity and maintains excellent antistatic properties even at low temperatures, making it widely used as an antistatic agent in chemical fiber oiling agents. It is also utilized as an industrial alkaline cleaning agent and dry cleaner, a metalworking working fluid, an emulsifier for organophosphorus pesticides, and a primary component in textile oiling agents.
3. It serves as an excellent co-solvent, emulsifier for emulsion polymerization, pigment dispersant, cosmetic emulsifier, lubricating and dispersing agent for oil well drilling mud, deinking agent in papermaking industry, degreasing agent and leveling agent in leather industry, etc.
4. Exhibits excellent cleaning properties and is used to formulate highly effective and non-toxic detergents. Widely applied in the daily chemical industry, it serves as one of the primary components in shampoos, hair care products, and various cosmetics.
5. Higher activity and stability can be achieved at a pH of approximately 6–7. The recommended dosage range is 3–12%.