Specialty Chemicals

ADDITOL VXW 6235 gives rapid foam retardant results, which remains effective during storage of the aqueous powder coating. The flow property of the coating is not effected. Pin hole free films are obtained. ADDITOL VXW 6235 it is mainly recommended for powder coating materials to be used in aqueous systems eg: Emulsion paints, 2-component epoxy systems, Plasterwork, Filling compounds and scalants, Flooring compounds, Adhesives and Good effects are also seen in liquid non glossy water reducible coating systems.

ADDITOL VXW 4926 is a rapid defoaming or air release.It allows high film thickness of stoving paints, without cissing. Also suited for combinations of dispersions with water dilutable synthetic resins.ADDITOL VXW 4926 is a surface active additive for water dilutable paints. Particularly with spray application cissing on curing of the paint is prevented or may appear only with higher film thickness. Since ADDITOL VXW 4926 is not dilutable with water, it should be incorporated with great care. The dosed range is between 2 % and 15 % for 100 % binder solids. The optimum quantity should be determined in individual tests.

ADDITOL VXW 6393 was designed to destroy foam generated in emulsion wall-paints, based on PVAC, PVC, acrylics and their mixed polymers. Prior to using ADDITOL VXW 6393 it should be thoroughly agitated since it is prone to sediment fall out. When examining its rheology it is necessary to wait an additional 5 minutes. ADDITOL VXW 6393 can be easily emulsified and worked into the designated product.

ADDITOL XL 6507 product, serving for trial purposes only. Deviations which might occur during transfer into manufacturing in a commercial scale are possible and do not constitute any material defect. ADDITOL XL 6507 is a solution of defoaming polymers without siliconeSuggested applications are - industrial coatings - 2 comp. acrylic/isocyanate systems - corrosion protection paints based on epoxy resins - wood and furniture coatings based on unsaturated polyesters and UV-curing systems In non-pigmented systems over dark surfaces, a slight turbidity, depending on the added amount, may occur.