PAT-ADD AF 14D by Patcham FZC is an easy dispersible defoamer for use in waterborne coatings. It is based on a mineral oil compound and requires only low dosages. It is non-ionic and has good shelf... view more

PAT-ADD AF 21 by PATCHAM FZC is a defoamer for use in waterborne coatings like dispersion paints as well as in aqueous inks and pigment dispersions. It is a mineral oil based compound, showing... view more

PAT-ADD AF 43 by Patcham FZC is oil, VOC and silicone free defoamer. It is based on synthetic organic surface active compounds. It offers excellent de-airing and defoaming properties as well as... 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

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

PAT-ADD DA 815 by PATCHAM FZC is polymeric solvent-free wetting and dispersing additive for solvent-borne and solvent-free coating systems, PVC plastisols and thermoplastics to stabilize organic and... view more

PAT-ADD DA 947 by PATCHAM FZC is a polymeric polyurethane with cationic pigment affinic group. Acts as a wetting and dispersing agent. It is a unique, surface active polymer, showing strong... view more

PAT-ADD RHEOL 100 by PATCHAM FZC is a non-ionic liquid rheology modifier. It demonstrates excellent anti-settling and anti-sagging properties and reduces the risk of roller spattering during paint... view more

PAT-ADD RHEOL 125 by PATCHAM FZC is a non-ionic liquid rheology modifier. It demonstrates excellent anti-settling and anti-sagging properties and reduces the risk of roller spattering during paint... view more

PAT-ADD RHEOL 253 by PATCHAM FZC is an organic polymer compound in hydrocarbon solvent. It is a liquid rheology modifier for use in UP systems, gelcoats. It contributes to the formation of a... view more