Products

CRAYVALLAC® 60X is used in epoxies (EP) and vinyls. It is applied in anti-fouling coatings, chlorinated rubber coatings, primers, and solventborne coatings. The product provides anticaking, recoatability, and sag resistance.

CRAYVALLAC® REV is a new high performance micronised amide wax rheology modifier offering perfect recoatability for regular, high solids and solvent-free coatings. CRAYVALLAC® REV has been designed to provide reliability and efficiency in a wide range of coatings. As other CRAYVALLAC® modifiers, it overcomes technical constraints such as seeding, false-body and migration of readily dissolved species to the surface. Even used in strong solvent systems, coatings formulated using CRAYVALLAC® REV offer an enhanced performance and very good recoatability.

CRAYVALLAC® WF-3200 provides the formulator with the means of controlling the frictional characteristics of a coating as well as enhancing its surface protection properties. CRAYVALLAC® WF-3200 is readily dispersed into coating formulations using a variety of techniques e.g. high-speed dispersers, bead mills and triple roll mills.

CRAYVALLAC® PA3 X 20 is used in solventborne coatings, top coats, varnishes, and wood coatings. It is compatible with acrylics, alkyds, nitrocellulose, and polyurethanes (PU) and is suitable for wood substrates.

CRAYVALLAC® WF-6010 is a wax product consisting of paraffin waxes and hydrocarbon waxes.

CRAYVALLAC® WN-1265 PR is an amide wax.

CRAYVALLAC® ULTRA is a pure polyamide especially recommended in 2K epoxy primers for its robustness. CRAYVALLAC® ULTRA is a micronised amide wax rheology modifier offering very good recoatability for ambient curing solvent-based epoxy coatings. CRAYVALLAC® ULTRA has been designed to overcome those difficulties which exist with older type organo-wax rheology modifiers e.g. seeding, false-body and migration of readily dissolved species to the surface. Consequently, when used in strong solvent systems, coatings formulated using CRAYVALLAC® ULTRA offer an enhanced performance and very good recoatability.

CRAYVALLAC® WN-1220 is a micronised non polar polyethylene wax and is particularly characterised by its hardness and toughness. CRAYVALLAC® WN-1220 provides the formulator with means of controlling a coating’s frictional characteristics as well as enhancing its surface properties.

CRAYVALLAC® MT is used in solventborne coatings, as well as solventless and high solids coatings. It features anti-settling, high thixotropy, recoatability, and sag resistance. The product functions as a rheology modifier in CASE ingredients.

CRAYVALLAC® WW-1074 is a polytetrafluoroethylene (PTFE) wax used in can coating and coil coating applications. It is solvent-based and uses isopropanol as a carrier.

CRAYVALLAC® WF-1000, with its fine particle size and very low coefficient of friction, provides the formulator with an excellent aid to controlling the frictional characteristics of a coating as well as enhancing its surface protection properties. Furthermore, the very high melting point of CRAYVALLAC® WF-1000 makes it an excellent choice for high temperature applications.

CRAYVALLAC® WW-9500 is a 35% active dispersion of modified polypropylene wax in water.The low viscosity and high active content of this dispersion together with freedom from dust assist the efficiency of manufacturing processes.CRAYVALLAC® WW-9500 provides the formulator with the means of controlling the frictional characteristics of a coating as well as enhancing its surface protection properties.It also retards the settlement of pigments and assists in their redispersion.

CRAYVALLAC® LA-377 is a modified urea dissolved in DMSO. CRAYVALLAC® LA-377 is a pourable liquid rheology modifier for post addition to water-based coatings such as water-dilutable alkyds and acrylic emulsions. It was developed to ensure particular suitability for metal coating as its formula is lithium chloride-free. CRAYVALLAC® LA-377 should be added to the coating as a slow stream under low to medium shear conditions to ensure sufficient dispersion. Although efficient stirring is required to ensure homogeneity, elevated temperatures are not required for activation and the use of excessive shear should be avoided.