ADDAPT® PEX-W100KP by ADDAPT Chemicals is a biodegradable mixture of neutralised mono- and di-phosphate esters of oxo-alcoholethoxylate with potassium hydrogen phosphate in water. It is an easy to... view more

ADDAPT® VeoPox™ by ADDAPT Chemicals acts as an adhesion promoters and corrosion protectors. VeoVa™ vinyl ester monomer, a reactive diluent, is one of the key components used to develop these... view more

ADDAPT® VeoPox™ 2 by ADDAPT Chemicals is a reactive precursor for hybrid coating systems with excellent adhesive and anti-corrosion properties on metal surfaces. It is a fatty acid-phosphate... view more

ADDAPT® VeoPox™ 2S by ADDAPT Chemicals acts as an adhesion promoter. It is a reactive precursor for hybrid coating system with excellent anti-corrosion properties on metal surfaces. It is a fatty... view more

An emulsion based on T3-type carnauba wax in water. Used in paint industry, floor polish industry, car polish industry, shoe-and leather care and printing ink industry. Provides very good scratch... view more

Emulsion of polyethylene and paraffin waxes in water. Used in paint industry, printing ink industry, shoe and leather care and paper industry. Provides very good water-repellent properties. Exhibits... view more

ADDAPT® ADDAPTOL™ DB by ADDAPT Chemicals is a highly effective non-VOC coalescing agent and solvent. It has high thermal, hydrolytic and pH stability. It enables low odor, improved wet-scrub... view more

ADDAPT® ADDISP™ 250 by ADDAPT Chemicals is a cost-effective, solvent-free dispersant for titanium dioxide, mineral pigment, and filler. It provides narrow molecular weight distribution and high... view more

ADDAPT® ADDISP™ 500N by ADDAPT Chemicals is an excellent solvent-free dispersant for (mineral) pigments and fillers. It enables a high pigment loading at low viscosity. It is a low- and narrow... view more

ADDAPT® ADDISP™ 550 by ADDAPT Chemicals is a VOC-, solvent-, and APEO free, readily biodegradable wetting agent for pigments for aqueous systems. It is a mixture of polymeric non-ionic... view more

ADDAPT® ADDISP™ 600N by ADDAPT Chemicals is an excellent solvent-free dispersant for titanium dioxide, mineral pigments, and fillers. It shows high glycol compatibility. It is a low & narrow... view more

ADDAPT® ADDISP™ 750 by ADDAPT Chemicals is an excellent dispersant and wetting agent for titanium dioxide, mineral pigments, and fillers. It is a modified weight polyacrylate copolymer with... view more

ADDAPT® ADDISP™ 850 by ADDAPT Chemicals is a VOC-, APEO-, and solvent free pigment dispersant and wetting agent for aqueous systems and resin-free pigment concentrate. It is readily biodegradable... view more

ADDAPT® ADDISP™ 950 by ADDAPT Chemicals is a highly efficient, low foaming, non-ionic dispersing and wetting agent for VOC-compliant aqueous and non-aqueous systems. It is an APEO-free, high... view more

ADDAPT® ADDSPERSE™ PH by ADDAPT Chemicals is a highly effective pH control agent for low odor systems. It has a minimal contribution to VOC content. It contains a proprietary blend of alkanol-amines... view more

ADDAPT® Anticor™ A40 by ADDAPT Chemicals is a label-free, ready biodegradable, water-soluble, multi-metal corrosion inhibitor with outstanding rust prevention of ferrous substrates in both acidic... view more

ADDAPT® Anticor™ A5N by ADDAPT Chemicals is a water-free aluminum anti-corrosion additive. It is also used for multi-metal protection of copper/brass and ferrous substrates. It is a proprietary... view more

ADDAPT® Anticor™ A65N by ADDAPT Chemicals is a multi-metal, water-based ferrous anti-corrosion additive. It is a non-foaming proprietary blend of organic acid salts and silanes. Offers excellent... view more

ADDAPT® Anticor™ AM 4501 by ADDAPT Chemicals is an anti-corrosion additive for aqueous systems. It is a proprietary blend of organic acids and silanes. It protects surfaces of aluminum as well as... view more

ADDAPT® Anticor™ AMC 2330 by ADDAPT Chemicals is a biodegradable and emulsifiable anti-corrosion additive for aqueous systems. It is a proprietary blend of phosphonates and glycol ethers. It shows a... view more