Surfactants > Copolymers

Maxemul™ 5010 by Croda is a non-ionic, co-polymerizable surfactant for use as a stabilizer in latex binders typically used in pressure-sensitive adhesives. It is reactive towards vinylic unsaturated... view more

Maxemul™ 5011 by Croda is a non-ionic, co-polymerizable surfactant for use as a stabilizer in latex binders typically used in pressure-sensitive adhesives. It is reactive towards vinylic unsaturated... view more

Maxemul™ 6106 by Croda is an anionic, co-polymerizable surfactant designed for use as a stabilizer in latex binders typically used in pressure-sensitive adhesives and sealants. It is reactive... view more

Maxemul™ 6112 by Croda is an anionic, co-polymerizable surfactant designed for use as a stabilizer in latex binders typically used in pressure-sensitive adhesives. It is reactive towards vinylic... view more

Maxemul™ 6112/20 by Croda is an anionic, easy to handle co-polymerizable surfactant for use as a stabilizer in latex binders typically used in pressure-sensitive adhesives. It is reactive towards... view more

Maxemul™ 6120 by Croda is a non-migratory, copolymerizable anionic surfactant (20% in water). It shows superior emulsion stability in latex systems. Maxemul™ 6120 provides excellent moisture... view more

DOWFAX™ 100N15 by Dow is a linear EO/PO block copolymer-based non-ionic surfactant and foam control agent. DOWFAX™ 100N15 provides excellent solvency, low foam characteristics and chemical... view more

DOWFAX™ 20A612 Nonionic Surfactant by Dow is a defoamer/antifoam agent and low foam surfactant. It possesses excellent solvency and chemical stability. It also provides inverse water solubility... view more

DOWFAX™ 20A64 Nonionic Surfactant by Dow is linear BO/PO copolymer-based foam control agent and low foam surfactant. It provides excellent solvency and chemical stability. DOWFAX™ 20A64 Nonionic... view more

DOWFAX™ 63N10 Nonionic Surfactant by Dow is linear EO/PO block copolymer-based foam control agent. It is produced by polymerizing ethylene oxide (EO), propylene oxide (PO), and/or butylene oxide... view more