HALOX® SZP-391 is a white, nonrefractive, corrosion inhibiting pigment used in protective coating systems. HALOX® SZP-391 is the most efficient and versatile corrosion inhibitive pigment. HALOX® SZP-391 is recommended for use in a wide variety of resin systems. HALOX® SZP-391 is equally effective in such resins as alkyds (both traditional and high solids), epoxies, latexes, water-reducible alkyds, and high acid value resins, catalyzed baking systems, and vinylidene chloride latexes.

HALOX® RC-980 is an organic additive designed to convert red rust to a black iron oxide. It can be used in slightly acidic waterborne vinyl or PVDC binders applied to rusted steel substrates. It converts the rust within minutes of the coating application and forms a black iron oxide barrier which can further be top-coated with water or solvent-based paints. It does not contain tannic acid, oxime chelates, phosphates or phosphoric acid.

HALOX® 515 is a liquid organic corrosion inhibitor for high gloss (direct to metal) coating systems. HALOX® 515 offers the great benefits of providing cost-effective flash rust protections and long-term corrosion protection when used as recommended. Also improved adhesion at the scribe and good humidity resistance. HALOX® 515 is heavy metal free, nitrite-free, and contains no chromates or phosphates. HALOX® 515 can easily and effectively be post added or added in the letdown stage of any coating system.

HALOX® SZP-391 JM is a white, non-refractive, corrosion inhibiting pigment used in protective coating systems. HALOX® SZP-391 JM is our most efficient and versatile corrosion inhibitive pigment. It is recommended for use in a wide variety of resin systems. HALOX® SZP-391 JM is equally effective in such resins as alkyds (both traditional and high solids), epoxies, latexes, water reducible alkyds, high acid value resins, catalyzed baking systems, and vinylidene chloride latexes. HALOX® SZP-391 JM offers significant advantages: Thin-film applications (<10 microns) - easier to disperse - cleaner grinds - improved efficiency.