ECO Brij™ C2 by Croda is a 100% bio-based, non-ionic surfactant. It is used as a versatile co-emulsifier for O/W emulsions wetting agent, dispersing agent and solubilizer. It is produced from... view more

ECO Brij™ C20 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. It is used as a versatile emulsifier for O/W emulsions and aqueous wetting & dispersing agent. It is produced from... view more

ECO Brij™ L4 by Croda is a 100% bio-based, non-ionic surfactant. It is produced from naturally occurring straight chain lauryl alcohol. This hydrolytically stable grade is used as a versatile &... view more

ECO Brij™ O10 by Croda is a 100% bio-based, low HLB, non-ionic surfactant. It is produced from naturally occurring straight chain oleyl alcohol. It is also used as a versatile & excellent... view more

ECO Brij™ O20 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. It is also used as a versatile emulsifier for O/W emulsions and aqueous wetting & dispersing agent. This hydrolytically... view more

ECO Brij™ S10 by Croda is a 100% bio-based, low HLB, non-ionic surfactant. It is also used as a versatile co-emulsifier for O/W emulsions and wetting & dispersing agent. This hydrolytically stable... view more

ECO Brij™ S100 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. It is produced from naturally occurring straight chain stearyl alcohol. It is used as a versatile & excellent... view more

ECO Brij™ S2 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. It is used as a versatile & excellent co-emulsifier for O/W emulsions and wetting & dispersing agent. This hydrolytically... view more

ECO Brij™ S20 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. This hydrolytically stable grade is produced from naturally occurring straight chain stearyl alcohol. It is used as a... view more

ECO Brij™ S721 by Croda is a 100% bio-based, high HLB, non-ionic surfactant. It is produced from naturally occurring straight chain stearyl alcohol. This additive is also used as a versatile... view more

Multiwet™ BD by Croda is a non-ionic surfactant-based wetting agent. It provides excellent wetting capabilities on clean, unprepared and low energy substrates. It is a water-soluble, low foaming... view more

Multiwet™ EF by Croda is the most efficient non-ionic surfactant-based wetting agent. It provides excellent wetting capabilities on clean, unprepared and low energy substrates. It is a... view more

Multiwet™ SO by Croda is a zero-VOC, APE-free, anionic surfactant-based solid wetting agent. It provides improved wetting capabilities on clean, unprepared and low energy substrates. It has a low... view more

Multiwet™ SU by Croda is a non-ionic surfactant-based, best-in-class wetting agent. It is a water-soluble, low-foaming, low-VOC and APE-free grade. It provides superior wetting capabilities on... view more

Multiwet™ VE by Croda is a low-VOC, APE-free, most versatile non-ionic surfactant-based wetting agent. It provides excellent wetting capabilities on clean, unprepared and low energy substrates. It... view more

Zephrym™ PD 2206 by Croda is a non-VOC, non-ionic polymeric dispersant for organic, inorganic and carbon pigment particles in low polarity non-aqueous systems. Provides excellent performance in... view more

Zephrym™ PD 2234 by Croda is a non-VOC, non-ionic polymeric surfactant and dispersant. It offers improved dispersion viscosity, extended storage capability and superior color development. It allows... view more

Zephrym™ PD 2246 by Croda is a non-ionic polymeric dispersant in medium polarity non-aqueous systems. It offers good temperature and high shear stability. It is suitable for both organic and... view more

Zephrym™ PD 4913 by Croda is a non-ionic polymeric dispersant for organic and inorganic pigment particles in waterborne coatings and inks. It is well suited for untreated particle surfaces. It... view more

Zephrym™ PD 4974 by Croda is an anionic, low VOC dispersant for inorganic and carbon particles in waterborne coatings and inks. It is specifically recommended for stable dispersions of iron oxide... view more