Surfynol® OP-340 by Evonik is a surfactant, wetting agent as well as defoamer. It is designed to be compatible and to perform well with the various acrylic resins commercially utilized in aqueous... view more

Surfynol® 107L by Evonik is a low-viscosity surfactant. It acts as a substratre wetting, defoamer and coalescing aid. It knock-down foaming and defect-free foam control. It reduces minimum... view more

Solution of a modified special polyester in n-butyl acetate. Used in industrial coatings, silk screen inks and architectural coatings. Offers improved intercoat adhesion and corrosion protection... view more

Tego® Twin 4200 by Evonik acts as a substrate wetting surfactant and anti-crater agent. Provides flow promotion and low foam without foam stabilization. It allows its use in modern zero VOC... view more

Picassian® PU-518 by Stahl is a non-reactive, high molecular weight, semi-aliphatic polyether modified polyurethane resin. It is tin-free and toluene diisocyanate (TDI)-free. Exhibits good adhesion... view more

Picassian® PU-546 by Stahl is a non reactive, OH-functional, film forming, semi-aliphatic, polyether modified polyurethane resin. It is tin-free and toluene diisocyanate (TDI)-free. Exhibits good... view more

Picassian® PU-547 by Stahl is a film forming, aliphatic, polyester modified polyurethane resin. Exhibits excellent adhesion, excellent oil resistance and excellent retort resistance. Offers... view more

Picassian® PU-548 by Stahl is a non-reactive, moderately tough, aromatic, polyether modified polyurethane resin. It is tin-free and toluene diisocyanate (TDI)-free. Exhibits very good adhesion on... view more

Picassian® PU-551 by Stahl is a film forming, semi-aliphatic, polyether modified polyurethane resin. It is tin-free and toluene diisocyanate (TDI)-free. Exhibits hydroxy functionality, pigment... view more

PolyFox™ PF-159 by Synthomer is a 100% active, non-ionic, highly efficient fluorosurfactant wetting-, flow- and leveling agent. It is based on fluorinated (C2F5) polyether ethoxylated polymer with... view more