HALOX® CW-491 is a white, nonrefractive, heavy metal free corrosion inhibiting pigment used in protective coating systems. HALOX® CW-491 demonstrates versatility with a variety of solvent and water-borne resin systems.

HALOX® 570 LS is a ready-to-use liquid version of our popular organic corrosion inhibitor HALOX® 570 which requires no dilution. HALOX® 570 LS is designed for use in waterborne industrial and decorative coatings to provide flash rust and long-term corrosion protection on metal surfaces and is especially effective along weld seams to prevent galvanic corrosion. HALOX® 570 LS may be used in formulations based on waterborne acrylics, epoxy esters, 2 component epoxy, waterreducible alkyds, and water-based polyurethanes. HALOX® 570 LS may be used in both waterborne primers and direct-to-metal topcoats. In direct-to-metal coatings HALOX® 570 LS has minimal effect on gloss reduction. Recommended loading levels range from 1-3% based on total formula weight.

HALOX® ZINC PHOSPHATE is a white, nonrefractive, corrosion inhibiting pigment used in protective coating systems. It is generically identified as zinc phosphate-dihydrate. HALOX® ZINC PHOSPHATE exhibits a narrow particle size distribution: upper particle size limit of 10 microns, mean particle size 5 microns. This pigment has a high degree of versatility. It is a standard corrosion inhibitor for most high-performance resin systems such as types of vinyl, chlorinated rubbers, and epoxies. It is recommended for high acid value resins, catalyzed baking systems, and vinylidene chloride latexes. HALOX® ZINC PHOSPHATE is also recommended for thin film applications (1 mil or 25 microns). HALOX® ZINC PHOSPHATE is compliant to ASTM D 6280-98 Specification for Zinc Phosphate Pigment Type I. Recommended loading levels range from 5-15% based on total formula weight.

HALOX® XTAIN® A is a white, nonrefractive, tannin stain inhibiting pigment used in protective coating systems. HALOX® XTAIN® A is a highly efficient tannin stain inhibitor providing a high level of performance and compatibility in a variety of resin systems such as styrene-butadiene latexes, acrylic latexes, vinyl acrylic latexes, and solventborne alkyds. Recommended loading levels range from 1-3% based on total formula weight.