Products

ADD-3772 is a silicone-free additive suitable for aqueous and non-aqueous systems. It is designed to reduce the surface tension of various resin systems at substrate interface, which will improve substrate wetting and leveling; and prevent formation of craters without stabilizing foam. ADD-3772 is suitable for coatings and printing inks.

ADD-3777 is a silicone-free additive having high molecular weight and very broad compatibility. It is designed to reduce the surface tension of various resin systems at substrate interface, which will improve substrate wetting and leveling and prevent formation of craters without stabilizing foam. The additive provides “long wave” leveling performance and increases gloss of the coating system and does not cause any inter-coat adhesion problems. It is highly effective in the transportation coatings when combined with the silicone-based additive ADD-3031. ADD-3777 is suitable for coatings and printing inks.

ADD-5244 is a solvent-free anionic/cationic wetting and dispersing additive to improve the wetting of pigment surfaces and organically treated Bentonites. Composition: Unsaturated polyamide and acid ester salts.

ADD-3035 is a silicone surface additive designed especially for unsaturated polyester and epoxy resins. Due to the solvent used (Methoxypropanol), ADD-3035 is particularly suitable for aqueous coatings.

ADD-3572 is an anionic silicone-free surface control additive for aqueous systems. It gives excellent leveling and anti-cratering properties in most aqueous resin systems.

ADD-4590 stabilizes the dispersion of inorganic and organic pigments and has the following features; is a cost effective HMWD, improves viscosity reduction, high organic pigment loading, strong anti-flooding behavior, excellent gloss.

ADD-6540 is specially designed wetting and dispersing agent with triple tail technology for stabilization of all kind pigments with especially pearlescent pigments in water based systems. Its main use is to overcome color shifting in screen printing caused by fast evaporation and/or fast absorption of the water into the substrate. The triple tail technology keeps the system in balance, fast movement of the pigments will be overcome and pigments will stay in place.

ADD-6211 is a wetting and dispersing additive for solvent-based and solvent-free coatings and composite. ADD-6211 is suitable for stabilizing inorganic pigments and extenders and strongly reduces mill-base viscosity. ADD-6211 is suitable for coatings and composite.

ADD-6231 is a wetting and dispersing agent for inorganic pigments, blowing agents and fillers in PVC-plastisols. Composition: Acidic polyether.

ADD-2548 has been developed to produce rapid de-aeration of all kind of water based ink and coating formulations. It especially has been developed for rotation screen printing inks. It provides excellent bubble breaking and air release performance even at prolonged oven aging test it maintains its performance.

ADD-2022 is a silicone-based defoamer for solvent-based and solvent-free coating systems to prevent foam and bubble formation during paint production, filling and application. ADD-2022 can be used in coatings and printing inks.

ADD-2524 is a silicon based highly efficient defoamer.

ADD-2525 is a highly compatible silicone-based foam control additive specially formulated in emulsion form. It is particularly designed for water- and glycol-based pigment concentrates and universal colorants as well as water-based inks. ADD-2525 also finds use in low-PVC emulsion paints (glossy) and water-based clear varnishes.

ADD-3580 is surface control additive for aqueous systems. It provides powerful reduction in surface tension, which leads to excellent substrate wetting, leveling and anti-cratering properties. It is suitable for coatings and printing inks.

ADD-5071 helps to prevent interfacial tension between the hydrophilic pigments/extenders and the binders. This results in; reduced dispersion time, stabilization of the pigment dispersion, decreased flooding of pigments, prevention of hard sedimentation.