Resiflow PL-230

Surface defects such as orange peel, craters, pinholes, and other imperfections can be reduced or eliminated by incorporating 0.7-1.5% of Resiflow® PL-230 into pigmented powder coating formulations. It is not recommended for use in clears. This product has reliable performance across the spectrum of binder chemistries including polyesters, polyurethanes, hybrids, epoxies, and acrylics. For best results, Resiflow® PL-230 should be dry-blended with other coating raw materials, then homogenized in a heated extruder. The active ingredient is released and homogenized with the other components during extrusion, which results in a uniform system.

Resiflow® PL-230 is based on the liquid acrylic polymer product Resiflow® L-230 that has been converted into free-flowing powder by adsorption onto silica-type filler.

As with any silica supported flow control agent, Resiflow® PL-230 should be thoroughly evaluated to determine the best processing method and the optimum concentration of the additive, suitability for the application, as well as to test compatibility and recoat adhesion.

Surface defects such as orange peel, craters, pinholes, and other imperfections can be reduced or eliminated by incorporating 0.7-1.5% of Resiflow® PL-230 into pigmented powder coating formulations. It is not recommended for use in clears. This product has reliable performance across the spectrum of binder chemistries including polyesters, polyurethanes, hybrids, epoxies, and acrylics. For best results, Resiflow® PL-230 should be dry-blended with other coating raw materials, then homogenized in a heated extruder. The active ingredient is released and homogenized with the other components during extrusion, which results in a uniform system.

Resiflow® PL-230 is based on the liquid acrylic polymer product Resiflow® L-230 that has been converted into free-flowing powder by adsorption onto silica-type filler.

As with any silica supported flow control agent, Resiflow® PL-230 should be thoroughly evaluated to determine the best processing method and the optimum concentration of the additive, suitability for the application, as well as to test compatibility and recoat adhesion.