HALOX Inorganic Corrosion Inhibitors

HALOX® 430 is a non-toxic, heavy metal free anticorrosive pigment designed for use in water-borne and solvent-borne protective coating systems. It is based on a unique synergy between an ion scavenging and cathodic passivation mechanism. HALOX® 430 is recommended for use in long-term applications where use of heavy metals, such as zinc, strontium, barium, molybdenum, and chromate, is of concern. HALOX® 430 is a moderate solubility corrosion inhibitor. It is a replacement alternative for heavy metals and chromate.

HALOX® 430 JM is a non-toxic, heavy metal free anti-corrosive pigment designed for use in water-borne and solvent-borne protective coating systems, including clear coat systems. HALOX® 430 JM is based on a unique synergy between an ion scavenging and cathodic passivation mechanism. It is recommended for use in long-term applications where use of heavy metals, such as zinc, strontium, barium, molybdenum, and chromate, is of concern. The jet-milled feature offers significant advantages for thin film applications (<10 microns). HALOX® 430 JM is easy to disperse and provides cleaner grinds for improved corrosion inhibition efficiency. It is a moderate solubility corrosion inhibitor and hexavalent chromate replacement option for galvanized, Galvalume™, and aluminum alloys.

HALOX® 700 is a white, non-refractive, corrosion inhibiting pigment used in protective coatings. The combination of zinc and aluminum phosphates provides extended protection in solvent-based and water-based epoxy and urethane coatings. For alkyd and acrylic coatings, HALOX® Organic Corrosion Inhibitors are recommended for use in combination with HALOX® 700. Recommended loading levels range from 5-12% based on total formula weight.

HALOX® BW-111 is a low-cost barium phosphosilicate based corrosion inhibitor designed for long-term corrosion protection. It is designed to provide mid-level corrosion protection in light-duty industrial coating and is recommended for use in solvent-based epoxy systems, both conventional and high solids. Recommended loading levels range from 5-10% base on total formula weight for conventional systems and 10-20% based on total formula weight in higher solids systems.

HALOX® BW-191 is an organic surface-treated version of BW-111 also designed for protective primers. It provides mid-level corrosion protection in light-duty semi-gloss primers and is recommended for use in most water-borne systems such as latexes and water reducible alkyds. Because of its lower oil absorption, HALOX® BW-191 can also be effective in anticorrosive solvent-based alkyd coatings. Recommended loading levels range from 5-10% based on total formula weight.

HALOX® CW-22/221 is a calcium borosilicate-based corrosion inhibitor designed for long-term corrosion protection where the use of heavy metals is discouraged. It can match the performance of toxic corrosion inhibitors such as zinc chromate. HALOX® CW-22/221 is recommended for use in primer systems based on traditional solvent based alkyd technology. It can effectively be formulated into such resins as medium and long-oil alkyds. HALOX® CW-22/221 is compliant to ASTM D 4288-83, Specification for Calcium Borosilicate Pigment Type 1, Class A. Recommended loading levels range from 9-15% based on total formula weight with PVC levels in the range of 42-47%.

HALOX® CW-291 is a white, nonrefractive, corrosion inhibiting pigment used in protective coating systems and is recommended for use in based on alkyd technology. It has the lowest oil absorption of the borosilicate products and is specifically suggested for use in high solids, medium gloss topcoats, DTM (direct-to-metal) finishes, and self-priming systems. HALOX® CW-291 is compliant to ASTM D 4288-83, Specification for Calcium Borosilicate Pigment Type 1, Class B. Recommended loading levels range from 5-10% based on total formula weight in primer systems and 2-5% based on total formula weight in topcoat and DTM finishes. PVC levels should range from 40-45% in primers and 15-25% in topcoats and DTM’s.

HALOX® CW-2230 is a calcium borosilicate-based corrosion inhibitor designed for long-term corrosion protection where heavy metals are a concern. It has the highest borate content and can be effectively formulated into such resins as medium and long-oil alkyds, epoxy-esters and modified alkyd systems. HALOX® CW-2230 is compliant to ASTM D 4288-83, Specification for Calcium Borosilicate Pigment Type 2. It has an oil absorption in the mid-30’s range and is designed to provide early corrosion resistance via anodic passivation as well as providing synergy with zinc phosphate based and organic corrosion inhibitors. Recommended loading levels range from 9-15% based on total formula weight with PVC levels ranging from 42-47%.

HALOX® CW-491 is a low-cost, moderate solubility calcium phosphosilicate based corrosion inhibitor designed to provide mid-level corrosion protection in water and solvent-based coatings. It can be used in wash primers, direct-to-metal finishes, 2K solvent-based epoxies, water reducible epoxy esters, polyvinyldichloride resins, and polyesters. HALOX® CW-491 contains no zinc or other heavy metals and therefore has a low specific gravity. It also maintains a neutral pH and can withstand outdoor (real world) corrosion performance. HALOX® CW-491 can replace zinc chromate-based corrosion inhibitors. Recommended loading levels range from 5-8% based on total formula weight for water based systems and 7-12% based on total formula weight for solvent based systems.

HALOX® SW-111 is a strontium phosphosilicate based corrosion inhibitor designed for long-term corrosion protection in high performance resins. It will surpass the corrosion resistance of zinc-based inhibitors without sacrificing in-can paint stability. HALOX® SW-111is recommended for use in most water-borne and solvent-borne epoxies and can be formulated into most water reducible resin systems and corrosion resistant caulks and sealants. Recommended loading levels range from 5-10% based on total formula weight. Synergistic properties have been found [in the areas of corrosion and humidity resistance] when HALOX® SW-111 is used in combination with HALOX® Zinc Phosphate [1:1 ratio] in some water-borne systems.

HALOX® SZP-391 is a zinc phosphate-based corrosion inhibitor used in protective coating systems. It is Halox’s most efficient and versatile corrosion inhibitive pigment. HALOX® SZP-391 is recommended for use in a wide variety of resin systems and it 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. The fine particle size and low oil absorption of HALOX® SZP-391 makes it the pigment of choice in thin film applications (<1 mil or 25 microns). Recommended loading levels range from 2-5% based on total formula weight in many water based systems. Recommended loading levels range from 3-7% based on total formula weight in traditional solvent based coatings.

HALOX® SZP-391 JM is the jet-milled version of HALOX® SZP-391. The jet-milled feature offers significant advantages for thin film applications (<10 microns) and it is suitable for high gloss and clear coat systems. It is easier to disperse and provides cleaner grinds for improved corrosion inhibition efficiency. HALOX® SZP-391 JM is recommended for use in a wide variety of resin systems and 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. Recommended loading levels range from 2-5% based on total formula weight in many water based systems. Recommended loading levels range from 3-7% based on total formula weight in traditional solvent based coatings.

HALOX® SZP-395 is a proprietary blend of strontium and zinc phosphosilicates used in protective coating systems. It is recommended for use in a wide variety of resin systems. HALOX® SZP-395 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. The fine particle size and low oil absorption of HALOX® SZP-395 makes it the pigment of choice in thin film applications (<1 mil or 25 microns). Recommended loading levels range from 2-5% based on total formula weight in many water based systems. Recommended loading levels range from 3-7% based on total formula weight in traditional solvent based coatings.