American Coatings Show 2026 - Industrial Coatings

HALOX® 680 is an organic ion exchange inhibitor designed as a smart corrosion inhibitor that is released on demand to enhance coating performance. It is a cost-competitive, zero-VOC, fine-milled powder that acts as a synergist with other anticorrosive pigments such as Zinc Phosphate, Z-PLEX 111, SZP-391, and HALOX® 430. By integrating into the organic matrix, HALOX® 680 improves coating adhesion and reduces cathodic delamination (undercutting at the scribe). Additionally, it can be post-added to most solvent-based paints for formulation flexibility.

Compatible with solvent-borne, high solids, and powder coatings, HALOX® 680 is also suitable for water-borne coatings with proper pH adjustment due to its acidic nature. It enables reduced Zinc Phosphate loadings in anticorrosive primers while maintaining effectiveness. With non-flammable properties, it is ideal for solvent-borne primers, DTM alkyds, epoxies, urethanes, high solids and 100% solids epoxies, powder coatings, and coil coatings. It can also be formulated into semi-gloss paints, water-borne epoxies, and acrylics.

HALOX® 550 WF is a water-free (WF) sol-gel-based corrosion inhibitor/adhesion promoter for the protection of water-based and solvent-based clear coats, glossy direct-to-metal coatings, thin-film coatings, acrylic emulsions, polyurethanes, epoxies, alkyds, water-reducible alkyds, PVB wash primers, and polyester resins. Suitable for low pH and acid-catalyzed systems.

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.

BYK-1810 is a PFAS-free, silicone-containing defoamer for solvent-borne and solvent-free coating systems, adhesives and sealants, and thermosets.

BYK-1816 is a PFAS-free, silicone-containing defoamer for solvent-borne and solvent-free coating systems.

EVERSORB® AQ1 is a liquid type and high performance UV light stabilizer blending for waterborne coatings. It is suitable for coatings under high baking temperature and extreme conditions. The product is able to use with water borne systems directly. EVERSORB® AQ1 is a versatile light stabilizer, which can be used in wide varieties of clear and pigmented waterborne coating system. It recommended for industrial, automotive, wood, plastics and building coatings particularly

Eversorb® AQ10 is a liquid blend of UV absorbers and hindered amine light stabilizers (HALS) designed for waterborne coatings. It offers high photopermanence and is particularly recommended for acid and metal-catalyzed applications. Eversorb® AQ10 is specifically formulated for high-clarity waterborne formulations and remains transparent when mixed with water.

Eversorb® VL3 is an excellent UV stabilizer especially for PVC. Eversorb® VL3 prevents degradation of PVC from light and weather, especially for discoloration from sunlight. It does not affect initial color of PVC. In general, it is recommended 0.1 to 1.2 wt% based on polymer weight.

EVERSORB® SC3 is particularly effective in styrenic polymers such as PS, ABS, and SAN. It provides outstanding photo-stability under UV exposure by effectively retarding yellowing, preventing embrittlement, and preserving mechanical properties of the polymers.

EVERSORB® 991 is an excellent light stabilizer, and especially suitable for polyolefin. e.g. automotive bumpers, fascia, garden furniture etc. Eversorb® 991 does not affect initial color of polyolefin, and prevents degradation of polyolefin from light and weather, especially for discoloration from sunlight. In general, Eversorb® 991 is recommended 0.2 to 1.0 wt. % based on polymer weight.

MINEX® ST A100 (particle size 4) is a surface-treated nepheline syenite (NS) that is easily dispersed in a wide range of reactive resin systems. It is designed to provide superior performance in waterborne, solvent-based, 100% solids, and powder epoxy coatings, as well as phenolic resins and polysulfide adhesives. It also provides good performance in 2K waterborne polyurethane, 1K self-crosslinking acrylics, and waterborne polyurethane dispersions. Ideal end-use coatings applications for MINEX® ST A100 (particle size 4) include specialty and high-end reactive architectural, protective, general industrial, floor, powder, wood, and aerospace coatings.

MINEX® ST is available in three particle sizes—4, 7, and 10—and two functional treatments: A100 and OV100. It offers similar optics, handling, gloss, and color acceptance as the equivalent MINEX grades, while delivering improved dispersion and higher loading capacity in select systems—enabling cost savings and reduced VOC content.

MINEX® ST micronized functional fillers and extenders are proven performance enhancers across a broad range of paints, coatings, adhesives, sealants, and inks. Select surface treatments were developed to further enhance chemical and stain resistance, washability, adhesion, weatherability, optical clarity, color retention in tinted systems, abrasion resistance, and tensile strength—by compatibilizing the mineral surface with the host binder systems and reactive chemistries.

MINEX and MINEX ST functional fillers are produced from nepheline syenite—a naturally occurring, silica-deficient, sodium-potassium alumina silicate. Automated scanning electron microscopy confirms they contain less than 0.1% crystalline silica, with no detectable free crystalline silica in the mineral complex. All MINEX ST grades are processed and sized in strict adherence to Covia’s QIPSM quality assurance programs, ensuring consistently uniform chemistries, tight particle size distributions, and controlled top sizes for reliable performance.

MINEX® ST A100 (particle size 7) is a surface-treated nepheline syenite (NS) that is easily dispersed in a wide range of reactive resin systems. It is designed to provide superior performance in waterborne, solvent-based, 100% solids, and powder epoxy coatings, as well as phenolic resins and polysulfide adhesives. It also provides good performance in 2K waterborne polyurethane, 1K self-crosslinking acrylics, and waterborne polyurethane dispersions. Ideal end-use coatings applications for MINEX® ST A100 (particle size 7) include specialty and high-end reactive architectural, protective, general industrial, floor, powder, wood, and aerospace coatings.

MINEX® ST is available in three particle sizes—4, 7, and 10—and two functional treatments: A100 and OV100. It offers similar optics, handling, gloss, and color acceptance as the equivalent MINEX grades, while delivering improved dispersion and higher loading capacity in select systems—enabling cost savings and reduced VOC content.

MINEX® ST micronized functional fillers and extenders are proven performance enhancers across a broad range of paints, coatings, adhesives, sealants, and inks. Select surface treatments were developed to further enhance chemical and stain resistance, washability, adhesion, weatherability, optical clarity, color retention in tinted systems, abrasion resistance, and tensile strength—by compatibilizing the mineral surface with the host binder systems and reactive chemistries.

MINEX and MINEX ST functional fillers are produced from nepheline syenite—a naturally occurring, silica-deficient, sodium-potassium alumina silicate. Automated scanning electron microscopy confirms they contain less than 0.1% crystalline silica, with no detectable free crystalline silica in the mineral complex. All MINEX ST grades are processed and sized in strict adherence to Covia’s QIPSM quality assurance programs, ensuring consistently uniform chemistries, tight particle size distributions, and controlled top sizes for reliable performance.

MINEX® ST A100 (particle size 10)  is a surface-treated nepheline syenite (NS) that is easily dispersed in a wide range of reactive resin systems. It is designed to provide superior performance in waterborne, solvent-based, 100% solids, and powder epoxy coatings, as well as phenolic resins and polysulfide adhesives. It also provides good performance in 2K waterborne polyurethane, 1K self-crosslinking acrylics, and waterborne polyurethane dispersions. Ideal end-use coatings applications for MINEX® ST A100 (particle size 10) include specialty and high-end reactive architectural, protective, general industrial, floor, powder, wood, and aerospace coatings.

MINEX® ST is available in three particle sizes—4, 7, and 10—and two functional treatments: A100 and OV100. It offers similar optics, handling, gloss, and color acceptance as the equivalent MINEX grades, while delivering improved dispersion and higher loading capacity in select systems—enabling cost savings and reduced VOC content.

MINEX® ST micronized functional fillers and extenders are proven performance enhancers across a broad range of paints, coatings, adhesives, sealants, and inks. Select surface treatments were developed to further enhance chemical and stain resistance, washability, adhesion, weatherability, optical clarity, color retention in tinted systems, abrasion resistance, and tensile strength—by compatibilizing the mineral surface with the host binder systems and reactive chemistries.

MINEX and MINEX ST functional fillers are produced from nepheline syenite—a naturally occurring, silica-deficient, sodium-potassium alumina silicate. Automated scanning electron microscopy confirms they contain less than 0.1% crystalline silica, with no detectable free crystalline silica in the mineral complex. All MINEX ST grades are processed and sized in strict adherence to Covia’s QIPSM quality assurance programs, ensuring consistently uniform chemistries, tight particle size distributions, and controlled top sizes for reliable performance.

WANNATE® HB-75B as a hardener component for lightfast two-component polyurethane coatings with high resistance to chemicals and weathering, very good gloss retention and outstanding mechanical properties.

WANAMINE™ H12MDA is a high-purity, liquid cycloaliphatic diamine, colorless to pale yellow with an amine-like odor at room temperature. Soluble in organic solvents, it is widely used in the epoxy, coatings, and polyamide industries.

Pliotec SC105 is a self-crosslinking pure acrylic latex ideal for concrete, tile sealers, and deck coatings, offering exceptional early water resistance, UV durability, and hot tire pick-up resistance. Formulatable below 50 g/L VOC, it ensures strong adhesion to concrete, wood, and tile with excellent weatherability.

Pliotec 115 is a vinyl-acetate resin with excellent adhesion to polyurethane foam and other substrates. It imparts fast drying and ease of application to intumescent coatings used on non-metallic substrates. Water-borne resin for intumescent coatings for PU foams.

PLIOTEC PA 4389 E is a hard, water resistant, all acrylic emulsion designed for sealing masonry substrates, including concrete roof tiles.

CHEMRES 226 HFM is the modified version with lower-viscosity compared to standard ChemRes-226. ChemRes-226 polyol resin is an aqueous, OH-reactive emulsion that can be used as a component of a three-part, resin-based, cementitious-polyurethane flooring system. When formulated, ChemRes 226 polyol resin produces high performance properties in coatings, slurries, and trowel mortar systems. As a concrete coating, ChemRes TM 226 polyol resin exhibits good durability through high compressive and bond strength.

VYLON 600 is a high molecular weight copolyester with medium Tg. VYLON 600 has excellent adhesion strength on metal, PET and PVC. Particularly recommended on coil coating and TTR. VYLON 600 is compliant with FDA 175.105 (only for non alcoholic food and beverage) and EC 10/2011.

KaMin™ 2000C is KaMin’s highest brightness, finest particle size, calcined kaolin clay. It has high oil absorption and water demand. KaMin™ 2000C incorporates readily into solvent and water-borne coatings and inks, where it imparts sheen control and maximum TiO2 extension, tint strength, and brightness (whiteness).