ROVACE™

ROVACE™ 10 Vinyl Acrylic Emulsion is a durable, general-purpose vinyl acrylic emulsion designed for use in architectural coatings. It can be formulated over a wide range of pigment volume concentrations to provide cost effective, low odor, and improved environmental paint systems. It requires little or no coalescing solvents to form a continuous film at low temperatures. ROVACE 10 is made with no APEO -containing surfactants. In addition, ROVACE 10 offers excellent processing capabilities making it easy to pump and handle during the manufacturing process.

ROVACE™ 9100AF Copolymer Emulsion is a new emulsion that offers the same performance as ROVACE 9100 Copolymer Emulsion, but is manufactured without the use of APEO surfactants. ROVACE 9100AF Copolymer Emulsion is a 55% solids vinyl/acrylic binder for interior flat and semigloss paints. This new generation of binder offers exceptional scrub resistance and stain removal and its consistent particle size minimizes variability in paint production. ROVACE 9100AF Copolymer Emulsion is compatible with today's prevalent use of rheologymodifiers that show very good application properties, flow and leveling characteristics. In our lab testing and evaluations we have not seen any differences in formulation parameters, application properties or dry film property differences between ROVACE 9100 and ROVACE 9100AF Copolymer Emulsion.

ROVACE™ 9900 Emulsion Polymer represents the new generation of vinyl acrylic binders for architectural coatings. This unique binder sets a new standard of performance for architectural paints. ROVACE 9900 Emulsion Polymer does not require the use of coalescing solvents for film formation and application properties. This new, state of the art solvent-free PVA demonstrates comparable or even higher scrub resistance than the best of the high scrub PVAs at various PVC levels and volume solids. The other distinct advantage is the low odor, both in the form of emulsion and also in finished paint. Excellent pigment binding allows a wide range of pigment volume concentrations from flat to semigloss with outstanding properties.