AXILAT DF 6352 DD is a powder defoamer. AXILAT DF 6352 DD is a foam control agent based on a mixture of mineral oil and nonionic surfactants on an inert carrier. It is APEO free.

ADDITOL XL 102 is used to improve the effectiveness of paint removers containing paraffine and wax. Post treatment with organic solvents is not necessary.

ADDITOL XL 122 N is a paint additive to enhance mar resistance and slip and to improve flow and levelling in air drying and stoving paints. ADDITOL XL 122 N is a silicone type paint additive. It enhances the resistance of solventborne paints to mechanical attack by increasing the slip of the paint surface. Furthermore, ADDITOL XL 122 N improves levelling and flow prevents surface defects like orange peel and thus in general contributes to the formation of flawless film surfaces with enhanced sheen. In coil coating and can coating paints as well as in furniture enamels ADDITOL XL 122 N is used to prevent blocking also. ADDITOL XL 122 N can be employed with air drying alkyd resin paints, alkyd resin stoving paints, thermosetting acrylic paints, nitrocellulose lacquers, acid curing paints, alkyd-isocyanate paints or acrylics, isocyanate enamels. Paints containing ADDITOL XL 122N can be recoated in general without additional treatment of the surface. The effect of ADDITOL XL 122N varies with the formulation of the paint. A level of 0.05 to 0.3 % of ADDITOL XL 122N on the finished paint may serve as a guide.

PC-1644 DEFOAMER is a 40 % solution of an acrylic polymer in a petroleum solvent. It was developed to offer improved defoaming performance versus PC-1244 in non-aqueous organic fluids. PC-1644 is a general purpose defoamer which offers superior foam control at low use levels, generally 10 to 20 % lower use level versus PC-1244. PC-1644 is silicone-free and exhibits very low odor. PC-1644 defoamer applications include usage in gear oils, specialty lubricants, and shock absorber, hydraulic, turbine or transmission oils. Typical use levels of the solutions range from 50 - 500 ppm (20 - 200 ppm active polymer). The optimum level is dependent upon the nature of the oil and it is therefore necessary to run a concentration profile for each oil. The defoamer is most typically employed at 200 - 250 ppm of solution (80 - 100 ppm active polymer).