CRAYVALLAC A-620-A2 is a high performance polyacrylate surface tension modifier for the control of coating surface properties.

CRAYVALLAC® A-2201-M is a high performance polyacrylate surface tension modifier for the control of coating surface properties. CRAYVALLAC® A-2201-M is suitable for use in a wide range of solvent based systems and applications. CRAYVALLAC® A-2201-M has been developed specifically to enhance substrate wetting and to improved leveling. As a result when compared with unadditivated coating, film deffects such as craters, fisheyes, orange peel and pinholes are reduced and a superior orverall appearance of the film is visible. CRAYVALLAC® A-2201-M can be used as well as an air release agent in solvent-based high solids sytems applied by airless spray.

CRAYVALLAC® PC is a micronised hydrogenated castor oil derivative surface enhancing additive for powder coatings based on PRIMID, hybrid and TGIC technologies. CRAYVALLAC® PC is easily incorporated using conventional pre-mixing techniques prior to extrusion. The use of CRAYVALLAC® PC leads to a substantial improvement in the appearance of the final cured powder coating. This improvement is due to CRAYVALLAC® PC enhancing the flow, levelling and degassing processes during cure. This is the result of CRAYVALLAC® PC greatly reducing the melt viscosity during this critical levelling stage in the cure cycle. This viscosity reduction also enhances the performance of other additives such as acrylic levelling agents and the degassing agent benzoin. CRAYVALLAC® PC works well in both clear and pigmented powder coating systems based on PRIMID, Hybrid and TGIC technologies.

CRAYVALLAC® A-72-A2-60 is a high performance polyacrylate surface tension modifier for the control of coating surface properties. CRAYVALLAC® A-72-A2-60 is suitable for use in a wide range of solvent based systems and applications. CRAYVALLAC® A-72-A2-60 has been developed specifically to enhance substrate wetting and to improved leveling. As a result when compared with unadditivated coating, film deffects such as craters, fisheyes, orange peel and pinholes are reduced and a superior orverall appearance of the film is visible with no degradation of the exterior durability.