Fluorinated Surfactants

Fluorinated Surfactants

With a wide range of usage levels and applications, Pilot's line of Fluorosurfactants offer unique formulation enhancement

Chemical Overview

Masurf® AF-110DE

DEA-C8-18 Perfluoroalkylethyl Phosphate

Masurf® AF-110DE is a telomer-based fluoroaliphatic surfactant optimized for foaming aqueous blends of alcohols and polar organic solvents. Based on perfluoroalkylethyl phosphate, an established ingredient with FDA approvals for food contact applications.

Masurf® FS-130

DEA-C8-18 Perfluoroalkylethyl Phosphate

Masurf® FS-130 is characterized as a 28% active aqueous fluoroaliphatic phosphate ester fluorosurfactant solution.  As a Surfactant, Masurf® FS-130 exhibits unique foaming, solubilizing and dispersant properties in non-aqueous, aqueous polar organic solvents and non-aqueous mixed systems.

Masurf® FS-1620

Fluoroaliphatic Quaternary Ammonium Fluorosurfactant

Masurf® FS-1620 is characterized as a 20% active fluoroaliphatic quaternary ammonium C6-based fluorosurfactant in an aqueous solution.

Masurf® FS-1700

Fluoroaliphatic Surfactant

Masurf® FS-1700 is characterized as a 100% active fluoroaliphatic polyoxyethylene fluorosurfactant. FS-1700 is a moderately foaming nonionic fluorosurfactant with the ability to contribute exceptional wetting, spreading and leveling properties to a wide range of systems. 

Masurf® FS-2620

Fluoroaliphatic Sodium Sulfonate Fluorosurfactant

Masurf® FS-2620 is characterized as a 20% active C6-based fluoroaliphatic sodium sulfonate fluorosurfactant in a water/hexyleneglycol solution.

Masurf® FS-2800

Fluoroaliphatic Surfactant

Masurf® FS-2800 is characterized as a 100% active aqueous fluoroaliphatic polyoxyethylene surfactant dispersion. FS-2800 is a C6-based nonionic fluorosurfactant with the ability to contribute exceptional wetting, spreading and leveling properties to a wide range of systems. 

Masurf® FS-2825

Fluoroaliphatic Surfactant

Masurf® FS-2825 is characterized as a 25% active aqueous fluoroaliphatic polyoxyethylene surfactant dispersion. FS-2825 is a C6-based nonionic fluorosurfactant with the ability to contribute exceptional wetting, spreading and leveling properties to a wide range of systems.

Masurf® FS-2900

Fluoroaliphatic Surfactant

MASURF® FS-2900 is characterized as a 100% active aqueous fluoroaliphatic polyoxyethylene surfactant dispersion. FS-2900 is a C6-based nonionic fluorosurfactant with the ability to contribute exceptional wetting, spreading and leveling properties

Masurf® FS-2950

Fluoroaliphatic Surfactant

MASURF® FS-2950 is characterized as a 50% active aqueous fluoroaliphatic polyoxyethylene surfactant solution. FS-2950 is a C6-based nonionic fluorosurfactant with the ability to contribute exceptional wetting, spreading and leveling properties

Masurf® FS-3300

Fluoroaliphatic Phosphate Ester Fluorosurfactant

Leveling agent, defoamer, flow and rheology modifier, and adds soil resistance, and is an effective anti-block in aqueous coatings such as gloss and semigloss paints. Useful in Water-Based Latex Paints to extend open-time (wet-edge time)

Masurf® FS-3330A

Fluoroaliphatic Phosphate Ester Fluorosurfactant

Masurf® FS-3330A is characterized as a 30% active C6-based ammonium fluoroaliphatic phosphate ester in an aqueous solution.  FS-3330A contributes exceptional oil resistance, rheology and surface modification, spreading and leveling properties to a wide range of systems from wood to stone.

Masurf® FS-3430

Anionic/Nonionic Fluorosurfactant

MASURF® FS-3430 is 35% active water dispersible C6-based anionic/nonionic fluoroaliphatic surfactants blend in water. FS-3430 is a surfactant system developed for leveling performance in coatings, and water-based solutions.

Masurf® FS-630 DB

Fluoroaliphatic Sodium Sulfosuccinate Fluorosurfactant

MASURF® FS-630 is characterized as a 30% active C-6 Based fluoroaliphatic sodium sulfosuccinate in either a water/glycol ether solution (EB) or a water/2-(2-butoxyethoxy) ethanol solution (DB). FS-630 is effective at very low concentrations, and together with traditional hydrocarbon surfactants, can contribute properties not possible with either material alone.