HALOX® 350 is a highly effective corrosion inhibitor designed for water based formulations in order to provide flash-rust inhibition, in-can rust prevention, and improved adhesion performance.

A patented calcium phosphate and ion exchange technology, and the newest generation heavy metal-free corrosion inhibitor.

A jet-milled version of the patented calcium phosphate and ion exchange technology, and newest generation heavy metal-free corrosion inhibitor: HALOX® 430.

A patented liquid organic corrosion inhibitor for high gloss (direct-to-metal) coating systems.

The low freeze point grade version of HALOX® 515 and can be used in the exact same applications.

A liquid organic corrosion inhibitor primarily designed for use in water based and solvent based coatings systems.

A liquid organic-inorganic sol-gel corrosion inhibitor designed for corrosion protection in thin film coatings.

A water-free version of our liquid organic-inorganic sol-gel corrosion inhibitor: HALOX® 550, designed for corrosion protection in thin film coatings.

An organic corrosion inhibitor designed for use in water-based industrial and decorative coatings to provide flash rust and long-term corrosion protection on metal surfaces.

The liquid version of HALOX® 570 (powder) and can be used in the exact same applications.

A liquid organic corrosion inhibitor for solvent-based protective coatings on metal surfaces.

An organic corrosion inhibitor designed specifically for solvent-based or powder coating applications to provide long-term corrosion protection.

A zinc and aluminum based inorganic corrosion inhibitor designed to provide coatings with the best of both worlds: early and long-term corrosion protection.

A low-cost tannin stain inhibiting pigment used in exterior architectural wood coatings.

A low-cost barium phosphosilicate-based corrosion inhibitor designed for long-term corrosion protection.

An organic surface-treated version of BW-111 also designed for protective primers.

A calcium borosilicate-based corrosion inhibitor designed for long-term corrosion protection where the use of heavy metals is discouraged.

A calcium borosilicate-based corrosion inhibitor engineered for long-term corrosion protection where the use of heavy metal containing corrosion inhibitors is a problem.

A calcium borosilicate-based corrosion inhibitor designed for long-term corrosion protection where heavy metals are a concern.

HALOX® CW-314 is patent pending, non-toxic, heavy metal-free anti-corrosive pigment designed for use in water-borne and solvent-borne protective coating systems.

A low-cost, moderate solubility calcium phosphosilicate-based corrosion inhibitor designed to provide mid-level corrosion protection in water and solvent-based coatings.

A universal corrosion and tannin stain inhibiting pigment designed for architectural and protective coating systems and multi-substrate protection.

An effective liquid additive used in the manufacturing of water based protective coatings as an effective liquid additive for the inhibition of flash rust and in-can rusting in lined and unlined metal containers.

An effective, nitrite-free liquid additive used in the manufacturing of water-based protective coatings for inhibition of flash rust and in-can rusting for unlined metal containers

HALOX® RC-980 is a novel organic-based liquid rust converting additive.

A strontium phosphosilicate-based corrosion inhibitor designed for long-term corrosion protection in high performance resins.

Our premiere zinc phosphate-based corrosion inhibitor designed for long-term corrosion protection.

A jet-milled version of our premiere zinc phosphate-based corrosion inhibitor: HALOX® SZP-391.

HALOX® SZP-395 is a proprietary blend of strontium and zinc phosphosilicates designed for protective coating systems.

Our premium, multi-valent tannin stain inhibiting pigment designed for exterior architectural wood coatings.

A very effective liquid tannin stain-blocking additive that provides high performance and good compatibility in most water-based coating systems.

A zinc phosphate complex designed to compete head-to-head with standard zinc phosphate pigments.

An inorganic corrosion inhibitor designed for water-based, solvent-based coatings, and powder coatings.

HALOX® Z-PLEX® 750 is another specially engineered product, containing 80% less zinc compounds than traditional zinc phosphate with enhanced performance due to the addition of organic functionality.

A universal lead-free and chromium-free inorganic corrosion inhibitor designed for water-based and solvent-based coatings.

A VOC-free universal dispersing agent based on sodium polyacrylates for interior and exterior water based paints.

A VOC-free and cost-effective universal dispersing agent based on sodium polyacrylates for interior and exterior water based paints.

A universal dispersing agent based on sodium polyacrylates for interior and exterior water based paints and water based varnishes.

A highly efficient dispersing agent based on a potassium polyacrylate for emulsion silicate paints and exterior emulsion paints.

A dispersing agent for emulsion paints, plasters, silicate emulsion paints and adhesives.

A flash rust corrosion inhibitor for premium plasters, renders, and other aqueous building products. An aqueous solution LOPON® DK can be used in water based emulsion paints.

A flash rust corrosion inhibitor for premium plasters, renders, and other aqueous building products. An aqueous solution LOPON® DV can be used in water based emulsion paints.

A defoamer designed for water based emulsion paints catering to the architectural paint and plaster markets.

A universal defoamer based on polymeric material for water based paints and plasters, including high gloss paints.

A highly effective mineral oil and silicone-free defoaming agent.

A mixture of phosphonates which provides high dispersing efficiency, color stabilization, and prevention of efflorescence.

A viscous liquid mixture of sodium polycarboxylates.

A high capacity powder designed for binding calcium and other metal ions with rapid viscosity reduction during the dispersion process.

A low dust, high capacity powder designed for binding calcium and other metal ions with rapid viscosity reduction during the dispersion process.

A high capacity powder designed for binding calcium and other metal ions with rapid viscosity reduction during the dispersion process.

A low dust, high capacity powder designed for binding calcium and other metal ions with rapid viscosity reduction during the dispersion process.