Prevents the sedimentation of pigments in paints. Improves the pigment-wetting during dispersion. In many paint systems the floating of pigments in pigment-mixtures is prevented. The tendency to flow off is reduced and the covering of edges is improved. Suggested for all solvent based and solvent-free paint systems. ADDITOL XL 270 is usually compatible with solvent based and solvent-free binders. It prevents the sedimentation of pigments in paints. The rheological character of paints is improved. The tendency to flow on vertical surfaces is reduced. The edges of substrates are better covered in case of dipping application. The drying of oxidatively drying systems is not influenced by ADDITOL XL 270, if the appropriated dose is used. Also the efficiency of siccatives in paints, stored for a long time, is not reduced using ADDITOL XL 270. Considering anti-corrosive paints, there is no corrosion-resistance loss by using ADDITOL XL 270. It is recommended to be used for the activating of organophile bentonites and it improves the effect of pyrogene silica.

As a flow- and pumpable paste ADDITOL XL 280 prevents settling and improves wetting of pigments in solvent- and waterborne paints systems. ADDITOL XL 280 improves paint stability. ADDITOL XL 280 is a highly effective additive for all industrial finishes. The easy handling of this material, owing to its favourable rheological properties, saves material and manufacture costs and simplifies the dosage. Difficult dispersible pigments and extenders are more easily and rapidly wetted and stabilized by the action of ADDITOL XL 280. The rheological properties of the coating are favourably affected leading to less tendency to run-off on vertical surfaces and improving edge coverage in dip coating.

CRAYVALLAC OPTIMA is a new high performance micronised amide wax rheology modifier offering very good recoatability for ambient curing solvent-based and solvent-free epoxy coatings.

CRAYVALLAC SF is a proprietary amide-modified hydrogenated castor oil rheology modifier in micronised powder form with an enhanced tolerance to temperature and solvent strength.