PATCHAM

PAT-ADD DA 825 is a key polymeric pigment wetting and dispersing agent for use in waterborne and universal pigment dispersions. The product is solvent-free and finds application in architectural paint systems, in water-borne and universal colorants as well as in inks and dispersion formulations similar to these.

PAT-ADD DA 861 is a polymeric dispersing agent for solvent-borne, solvent-free, and aqueous paints, inks, and colorants. PAT-ADD DA 861 is free of volatile organic components. PAT-ADD DA 861 is multifunctional and compatible with a wide range of non-polar and polar solvent-borne paint systems. Although, PAT-ADD DA 861 is multifunctional and applicable to most pigments, it is particularly effective as a dispersant for carbon black.

PAT-ADD DA 895 Solvent-free wetting and dispersing additive for solvent-borne and solvent-free systems; epoxy, and UPR formulations and adhesives to stabilize organic and inorganic pigments, particularly carbon blacks. PAT-ADD DA 895 is also suitable for plasticizer or polyol based colorants for PU foam as well as PVC applications. PAT-ADD DA 895 induces Newtonian flow behavior by strongly lowering viscosity. It can also work as neutralizer for acidic and neutral surface treated carbon black pigments.

PAT-ADD DA 932 is a polymeric dispersing agent for industrial solvent-borne paints and pigment concentrates. PAT-ADD DA 932 is specially designed for TPA based paints. However, the product is also highly effective in other solvent borne systems and highly concentrated pigment dispersions for in-plant tinting. PAT-ADD DA 932 provides extremely low viscosity and high transparency properties.

PAT-ADD DA 932BA is Xylene free polymeric dispersion stabilizing additive for industrial solvent-borne paints and pigment concentrates. PAT-ADD DA 932BA is specially designed for TPA based paints. Additionally, the product is useful in other solvent borne systems and highly concentrated pigment dispersions for in-plant tinting. PAT-ADD DA 932BA mill bases are extremely low viscosity while providing high transparency.