Lansurf AE107

Lansurf AE107 is a biodegradable nonionic surfactant produced by the reaction of seven moles of ethylene oxide with a 2‑propyl heptanol base. This degree of ethoxylation provides excellent detergency, wetting, and emulsifying properties, making the product suitable for a wide range of formulation types.

 

Lansurf AE107 offers a strong environmental profile and is readily biodegradable, while also maintaining broad compatibility with soaps and anionic, cationic, and other nonionic surfactants.

​

Key Features

​​

• Great detergency and wetting performance - Provides strong detergency and effective wetting due to its 7‑mole ethoxylation level.
  • Readily biodegradable with a positive environmental profile - Classified as readily biodegradable, offering a favorable environmental profile.
  • Effective substitute for C9–11 ethoxylates (5–7 EO) - Designed as a compatible and efficient replacement for C9–11 ethoxylates within similar ethoxylation ranges.

​

Applications​

​

​​Emulsification of Mineral Oils and Waxes
- Commonly used as a co-emulsifier for mineral oils and waxes in industrial formulations

Emulsification of Hydrocarbon Solvents
- Effective for dispersing paraffinic hydrocarbons in various systems

Emulsion Polymerisation
- Excellent emulsifier for polymerisation processes such as Vinyl Acetate and Acrylic systems

Agrochemical Formulations
- Emulsifier in pesticide and herbicide concentrates to improve wetting, spreading, and penetration on plant surfaces

Household and Industrial Detergents
- Provides strong wetting and detergency for hard-surface cleaners, degreasers, and laundry detergents

Textile Auxiliaries
- Wetting and emulsifying agent in scouring and dyeing processes for uniform penetration

Metal Processing
- Component in metalworking fluids for lubrication and cooling; enhances emulsion stability

Paper and Leather Processing
- Wetting and emulsifying agent for paper treatment and leather finishing

Paints and Coatings
- Dispersing and wetting agent for pigments and fillers in waterborne systems