PAT-ADD DA 1666 by PATCHAM FZC is unsaturated polyamides with acid polymers. It is a liquid pigment wetting and dispersing additive for solvent-borne architectural and industrial paints. It is... view more

Unsaturated polyamides with acid polymers. Acts as a concentrated pigment wetting and dispersing additive. Prevents pigment agglomeration and sedimentation. Exhibits strong wetting properties onto a... view more

PAT-ADD DA 1801 by PATCHAM FZC is a solution of a polymer with acidic groups. Acts as a wetting and dispersing agent for use in solvent borne paints and inks. Reduces the viscosity of the millbase... view more

Polyester compound with pigment affinic group. Acts as a wetting and dispersing agent. Shows strong adsorption properties onto a wide variety of pigment surfaces, contributing to best dispersion... view more

Polyester compound with pigment affinic group. Acts as a wetting and dispersing agent. Shows strong adsorption properties onto a wide variety of pigment surfaces, contributing to best dispersion... view more

Non-ionic wetting agent. Is APE-free and replaces products such as alkyl phenol ethoxylates, which are banned in certain areas based on high toxicity concerns. Is extremely low foaming. The product... view more

PAT-ADD DA 202 by PATCHAM FZC is a non-ionic wetting agent. It is APE-free and replaces products such as alkyl phenol ethoxylates, which are banned in certain areas based on high toxicity concerns... view more

PAT-ADD DA 2025 by PATCHAM FZC is polymeric acid ester of long chain alcohols. Acts as a wetting and dispersing agent. It is most effective for main inorganic pigments, including titanium dioxide as... view more

Non-ionic wetting agent. Is APE-free and replaces products such as alkyl phenol ethoxylates, which are banned in certain areas based on high toxicity concerns. Is solvent free and extremely low... view more

PAT-ADD DA 2047 by Patcham (FZC) is polymeric polyurethane with cationic pigment affinic group. Acts as a wetting and dispersing agent. It is a unique, surface active polymer, showing strong adsorption... view more

Is a most economical APE-based non-ionic wetting agent. Used in dispersion paints, colorants and decorative paints... view more

Polymeric wetting and dispersing additive. It is solvent-free. Optimizes the process and provides excellent uniformity. Used for main inorganic as well as organic pigments particular for titanium... view more

PAT-ADD DA 2702 by Patcham (FZC) is an unsaturated polyamides with acid polymers in 2-butoxyethanol. Acts as a wetting and dispersing agent. It improves dispersion of all traditional fillers such as calcium... view more

PAT-ADD DA 301 by PATCHAM FZC is an anionic wetting agent and compatibiliser. It shows extreme strong wetting efficiency and cures rub-up problems. It is multifunctional and compatible with a wide... view more

Anionic wetting agent. Used in paints and colorants to optimize color development. Shows strong wetting, emulsification and stabilization efficiency. It is multifunctional and compatible with a wide... view more

PAT-ADD DA 3051 by Patcham FZC is a polymeric polyurethane with cationic pigment affinic groups. It shows strong stabilization performance onto a wide range of organic and inorganic pigments as... view more

PAT-ADD DA 3222 by Patcham (FZC) is polyether, amine pigment affinic groups. It is a solvent-free polymeric dispersing agent for use in production of color master batches for thermoplastics based on... view more

Polymeric dispersing agent for use in waterborne industrial paints, gloss dispersion paints, decorative paints, pigment dispersions and printing inks. It is the most effective dispersant for the... view more

Polymeric wetting and dispersing agent. It is a most effective dispersant for the dispersion of inorganic and organic pigments, including carbon blacks, in aqueous systems. Shows strong interaction... view more

Low foaming polymeric dispersing agent for use in waterborne industrial paints and pigment dispersions. It is the most effective dispersant and stabilizer for the dispersion of inorganic and polar... view more