Solution of para-toluenesulfonic acid (p-TSA) in isopropanol. High quality grade of acid to provide optimum properties. Used as a catalyst. Offers fast cure. Provides very good weathering and... view more

Para-toluenesulfonic acid (p-TSA). Used as a catalyst. Offers fast cure. Exhibits non-flammable and high gloss properties. Provides very good weathering and exterior durability. Used in paper... view more

Strong acid catalyst. Designed to produce fast cures with adequate pot life in two component acid curing lacquers. Is not recommended for use on metal substrates because of its corrosive nature. Its... view more

Non-flammable solution of mixed acids in water. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and... view more

100% active polyester/polyether polyol containing primary hydroxyl groups. Used as a modifier for acrylic, alkyd, epoxy and polyester formulations. Offers narrow molecular weight distribution, high... view more

K-Flex® 148 by King Industries is a 100% active low-VOC aliphatic polyester diol. K-Flex® 148 is a lower viscosity version of K-FLEX 188 designed for formulating higher solids content with good... view more

K-FLEX® 171-90 by King Industries is a chain extended polyester polyol containing primary hydroxyl groups. Used as a modifier for acrylic, alkyd, epoxy and polyester formulations. Offers narrow... view more

K-Flex® 188 by King Industries is a highly reactive, 100% active aliphatic polyester diol. Its uniform, narrow molecular weight distribution and unique chemical structure provide exceptional and... view more

Reactive diluent. Has very low viscosity and excellent compatibility with a wide range of resins. It is based on acetoacetate functionality and can be crosslinked with amino resins, polyisocyanates... view more

K-Flex® A307 by King Industries is a low viscosity, 100% solids linear, saturated, aliphatic polyester diol with primary hydroxyl groups. It was designed as a flexibility modifier for... view more

K-Flex® A308 by King Industries is a low viscosity, 100% active, linear, saturated, aliphatic polyester diol with primary hydroxyl groups. It was designed as a flexibility modifier for... view more

High solids, low VOC, aliphatic, low molecular weight urethane diol oligomer. Possesses increased hardness, good chemical resistance and good exterior durability. Has excellent hydrolytic stability... view more

K-Flex UD-320 by Worlée is 82% polyurethane diol in methoxypropyl acetate. Acts as an adhesion promoter. Improves chemical and weather resistance. Posssesses hydrolytic stability. Used in automotive... view more

K-Flex® UD-320-100 by King Industries is an aliphatic, low molecular weight urethane diol oligomer, supplied at 100% solids. It allows the incorporation of aliphatic urethane groups without the use... view more

Polyurethane Polyol. Used as a modifier in coil coatings, overprint varnishes, appliance coatings, automotive coatings, wood coatings, can coatings and dip coatings. Offers increased hardness and... view more

K-Flex UD-320W by Worlée is 88% urethane diol in water. Addition achieves higher solids content, improves hardness, leveling, gloss and resistance properties. Used in automotive paints... view more

Low molecular weight urethane diol oligomer. Used as a modifier in coil coatings, overprint varnishes, appliance coatings, automotive coatings, wood coatings, can coatings and dip coatings. Offers... view more

Carboxyl and hydroxyl functional polyester-urethane polyol. Exhibits fast dispersion time, high transparency of pigments, and high pigment loading properties. It requires neutralization with an... view more

K-FLEX® XM-332 by King Industries is an ultra low viscosity polyester polyol modifier resin with good hydrolytic stability. It is designed to provide improved flexibility in solvent based, good... view more

K-FLEX® XM-337 by King Industries is an aliphatic saturated polyester polyol modifier resin. It is designed to provide optical clarity, increased toughness and chemical resistance for solvent based... view more

It is an aliphatic saturated polyester polyol modifier resin. It possess optical clarity/low color, long pot life for 2 component polyurethane systems, excellent compatibility and solubility... view more

It is an aliphatic saturated polyester polyol modifier resin. It possess optical clarity/low color, long pot life for 2 component polyurethane systems, excellent compatibility and solubility... view more

K-FLEX® XM-366 by King Industries is a low viscosity, 100% active, saturated, aliphatic polyester diol with primary hydroxyl groups. It was designed for use as a resin modifier of acrylic/isocyanate... view more

K-Flex® XM-A307 by King Industries is a low viscosity, 100% solids linear, saturated, aliphatic polyester diol with primary hydroxyl groups. It was designed as a flexibility modifier for... view more

K-Flex® XM-A308 by King Industries is a low viscosity, 100% active, linear, saturated, aliphatic polyester diol with primary hydroxyl groups. It was designed as a flexibility modifier for... view more

Low viscosity, acetoacetate functional reactive diluent. Used in industrial maintenance, marine, aerospace, automotive, truck/bus/rail and agricultural/construction equipment coatings. Reduced... view more

K-KAT® 670 by King Industries is a non-yellowing, non-tin organosilane catalyst designed for ambient temperature cured 1-component organosilane and 2-component organosilane hybrid coatings. It is... view more

K-KAT® XK-651 by King Industries is a versatile bismuth carboxylate catalyst. Provides improved hydrolytic stability, excellent gloss retention and exterior durability. It can be used in ambient... view more

K-KAT® XK-672 by King Industries is an effective catalyst for the reaction of isocyanates and polyols for the production of urethanes. It is tin-free, and does not contain 2-ethylhexyl carboxylate... view more

K-KAT® XK-675 is a non-yellowing non-tin catalyst by King Industries. It can be used in ambient cured 1-component silane polymers for coatings. Recommended at a dosage rate of 1-3 %. K-KAT® XK-675... view more

K-KAT® XK-678 by King Industries is a non-yellowing non-tin catalyst for the reaction of 1K and 2K oximinosilane polymers. Designed ambient temperature cure for a variety of organosilane-based... view more

Zirconium chelate complex. Used as a catalyst. Offers fast tack free time. Provides very good viscosity stability /pot life. Is effective at low metal concentrations and with a variety of... view more

Zirconium chelate complex. Used as a catalyst. Offers very good cure response. Provides very good exterior durability. Exhibits short tack free time at low cure temperature. Imparts high selectivity... view more

Zirconium complex. Used as a non-tin catalyst for two component plural gun or in-line mixing applications. Provides rapid cure response and fast tack free time, very good low temperature cure... view more

Catalyst designed to provide lower curing temperatures in uretdione crosslinked powder coatings. Offers very good gloss retention. Provides very good exterior durability. Imparts lower cure... view more

Is a non-tin catalyst. Possesses good cure time characteristics, excellent hydrolytic stability, non-yellowing, excellent gloss retention and excellent exterior durability. Exhibits better pot life... view more

It is a metal complex that acts as catalyst at 90% active in 2-butoxyethanol for ease of incorporation. It has low temperature cure response, tin free, and excellent corrosion resistance. It has... view more

It is an effective catalyst for the reaction of isocyanates and polyols for the production of urethanes. It is a proprietary mixed organometallic complex specially designed to be an alternative to... view more

Bismuth carboxylate. Acts as a catalyst. Possesses excellent gloss retention and exterior durability properties. Provides improved hydrolytic stability compared to other bismuth carboxylate... view more

It acts as a new non tin catalyst. It is light yellowing colored liquid having property of non yellowing. It has good pot life, good cure time characteristics, excellent gloss retention. It has... view more

Is a non-tin catalyst. Possesses good cure time characteristics, non-yellowing, excellent gloss retention, and good pot life in 2K PU systems. It is soluble in ketones, esters, alcohols & aromatics... view more

Bismuth carboxylate. Acts as a catalyst. Possesses excellent gloss retention and exterior durability properties. Provides improved hydrolytic stability compared to other bismuth carboxylate... view more

Bismuth carboxylate. Used as a catalyst for blocked isocyanate and two component urethane coatings. Offers very good gloss retention and exterior durability. Can replace many heavy metal and/or... view more

Aluminum chelate complex. Used as a catalyst. Offers fast tack free time. Exhibits very good viscosity stability /pot life. Provides very good exterior durability. Imparts effectiveness for both... view more

Zirconium chelate complex. Used as a catalyst. Offers very good cure response and exterior durability. Possesses short tack free time. Imparts high selectivity for -NCO/OH reaction over -NCO/water... view more

Bismuth carboxylate. Used as a catalyst. Provides similar properties to standard tin catalysts without the environmental drawbacks. Offers very good gloss retention and exterior durability... view more

Bismuth complex. Used as a catalyst. Provides improved potlife and high reactivity in force-dried applications compared to standard bismuth carboxylates. Exhibits improved hydrolytic stability... view more

Bismuth carboxylate. Used as a catalyst. Offers very good corrosion resistance and chip resistance. Provides similar properties to standard tin catalysts without the environmental drawbacks... view more

K-POL® 8211 by King Industries is a 100% active, aliphatic and saturated diol recommended for 2-component polyurethane coatings and coatings formulated with amino crosslinking resins. It provides... view more

Calcium salt of an alkyl aryl sulfonic acid dissolved in an aliphatic solvent. Acts as a highly effective wetting and dispersing agent. Offers faster dispersion times. Imparts better color... view more

Calcium salt of alkyl aryl sulfonic acid dissolved in 2-butoxyethanol. Acts as a wettting and dispersing agent. Provides higher pigment loading due to lower viscosity of pigment paste. Offers... view more

Zinc salt of an alkyl aryl sulfonic acid dissolved in an oxygenated solvent. Acts as a highly effective wetting and dispersing agent. Improves the pigment wetting and reduces the grinding/dispersing... view more

Zinc salt of an alkyl aryl sulfonic acid dissolved in an oxygenated solvent. Acts as a highly effective wetting and dispersing agent. Improves the pigment wetting and reduces the grinding/dispersing... view more

Zinc salt of an alkyl aryl sulfonic acid adsorbed onto a silica carrier. Aids in the dispersion of both organic and inorganic pigments. Allows higher pigment loading. Offers excellent color... view more

Calcium salt of an alkyl aryl sulfonic acid based dispersing agent. Aids in the dispersion of both organic and inorganic pigments. Allows higher pigment loading. Offers very good color development... view more

Polymeric dispersant. Offers lower pigment paste viscosity and high pigment loading. Provides very good color development and high gloss. Exhibits better clarity of transparent pigments. Possesses... view more

Polymeric dispersant. Possesses lower pigment paste viscosity and high pigment loading. Offers very good color development and high gloss. Exhibits better clarity of transparent pigments. Provides... view more

Polymeric dispersant. Used as a dispersing agent with organic and inorganic pigments such as carbon black, phthalo blue and iron oxide pigments in non-aqueous and solvent-free compositions. Offers... view more

Polymeric dispersant. Used as a dispersing agent with organic and inorganic pigments such as carbon black, phthalo blue and iron oxide pigments in non-aqueous and solvent-free compositions. Offers... view more

Calcium sulfonate. It acts as a rheological modifier. It is a brown liquid thixotrope for pigmented solventborne applications. It is highly efficient requiring low dosage levels to improve pigment... view more

Metal sulfonate rheology control agent. Improves the thermal sag resistance. Is effective in reducing pigent settling. Used in high gloss coatings... view more

Calcium salt. It acts as a rheological modifier. It is a brown liquid thixotrope for pigmented solventborne applications. It is highly efficient requiring low dosage levels to improve pigment... view more

Zero VOC, hydrophobically modified urethane thickener. Has pseudoplastic characteristics. Provides a viscosity increase at all shear rates, making it an effective thickener for products that require... view more

Zero VOC, hydrophobically modified urethane thickener. Has pseudoplastic characteristics. Increases the "low shear" viscosity and effectively gives the excellent shear thinning properties. Provides... view more

Zero VOC, hydrophobically modified urethane thickener. Has pseudoplastic characteristics. Increases the "low shear" viscosity and effectively gives the excellent shear thinning properties. Provides... view more

Hydrophobically modified urethane thickener. Has pseudoplastic characteristics. Provides thickening at all shear rates, which allows versatility when more than one type of application method may be... view more

Calcium salt of an aromatic sulfonic acid. Acts as a corrosion inhibitor. Exhibits good in-can viscosity stability and promotes pigment dispersion when a small amount is used in the grind. Reduces... view more

HAPS-free calcium sulfonate. Used as a rust and corrosion inhibitor in powder, aqueous and solvent-borne coatings. Provides synergy with anti-corrosive pigments, improved pigment dispersion and... view more

Calcium salt of an aromatic sulfonic acid/carboxylate complex. Acts as a corrosion inhibitor. Improves corrosion resistance by passivating the metal and improves water resistance by providing a... view more

Zinc salt of an aromatic sulfonic acid. Acts as a corrosion inhibitor. Improves corrosion resistance by passivating the metal and improves water resistance by providing a barrier effect & reducing... view more

Magnesium salt of an aromatic sulfonic acid. Acts as a corrosion inhibitor. Improves corrosion resistance by passivating the metal and improves water resistance by providing a barrier effect &... view more

It is a metal complex that acts as corrosion inhibitor of direct to metal coatings. It is especially useful in waterborne coatings due to its excellent dispersibility. It is available as clear... view more

Free flowing powder of calcium sulfonate in a silica carrier. Used as a rust and corrosion inhibitor in powder, aqueous and solvent-borne coatings. Provides synergy with anti-corrosive pigments... view more

Barium salt of an aromatic sulfonic acid. Acts as a corrosion inhibitor. Improves the corrosion resistance as it passivates the metal. Synergistic results are obtained in combination with... view more

HAPS-free barium sulfonate. Used as a rust and corrosion inhibitor in powder, aqueous and solvent-borne coatings. Provides synergy with anti-corrosive pigments, improved pigment dispersion and gloss... view more

Liquid corrosion inhibitor based on the calcium salt of an aromatic sulfonic acid. Improves the water resistance by providing a barrier effect and reducing water permeation of the coating. Offers... view more

Liquid corrosion inhibitor based on the zinc salt of an aromatic sulfonic acid. Improves the corrosion resistance as it passivates the metal. Synergistic results are obtained in combination with... view more

HAPS-free zinc sulfonate. Used as a rust and corrosion inhibitor in powder, aqueous and solvent-borne coatings. Provides synergy with anti-corrosive pigments, improved pigment dispersion and gloss... view more

Liquid corrosion inhibitor based on the magnesium salt of an aromatic sulfonic acid. Improves the corrosion resistance as it passivates the metal. Synergistic results are obtained in combination... view more

Liquid corrosion inhibitor based on an amine salt of an aromatic sulfonic acid. Improves the corrosion resistance as it passivates the metal. Synergistic results are obtained in combination with... view more

Proprietary preparation of a sodium salt of an aromatic sulfonic acid and polymers. Acts as an emulsifiable corrosion inhibiting additive. Provides excellent rust and corrosion prevention in... view more

Corrosion inhibitor based on a zinc salt of an aromatic sulfonic acid. Passivates the metal surface and improves the corrosion resistance. Improves the hydrophobicity of the coating and humidity... view more

Corrosion inhibitor based on a calcium salt of an aromatic sulfonic acid supplied on a silica carrier. Passivates the metal surface and improves the corrosion resistance. Also improves the... view more

Low HAPS amine sulfonate. Used as a rust and corrosion inhibitor in powder, aqueous and solvent-borne coatings. Provides synergy with anti-corrosive pigments, improved pigment dispersion and gloss... view more

Alkyl acid phosphate. It acts as a catalyst. It is a weak acid catalyst recommended for use with high -NH/polymeric melamines and phenolic crosslinkers. It possess good package stability, broad... view more

Amine blocked sulfonic acid catalyst. Is diluted with water for easier incorporation into aqueous systems. Used in general industrial and wood coatings... view more

Acid phosphate. It acts as a catalyst supplied at 75% active in n-butanol. It is recommended for use with high imino or partially alkylated type melamine crosslinkers. It has rapid cure response... view more

Based on proprietary acids. Acts as an adhesion promoter. Improves the adhesion of melamine crosslinked systems to metal, especially on aluminum substrates, and adhesion of thermoplastic and ambient... view more

Based on an alkylaromatic sulfonic acid. Acts as a latent blocked catalyst. Offers improved stability in amino crosslinked primers that employ basic or ion exchange type anti-corrosive pigments... view more

A novel catalyst. Provides excellent humidity-, overbake-, salt spray- and UV resistance. Is resistant to wrinkling under high bake temperatures and can be easily incorporated as supplied or... view more

Nacure® XC-320 by King Industries acts as a novel catalyst. Exhibits excellent humidity-, salt spray-, overbake- and QUV resistance. It reduces the cure temperature of amino crosslinked systems... view more

Amine neutralized acid phosphate catalyst. Offers very good cure response and viscosity stability. Recommended for aqueous coating systems that use high – NH/polymeric melamines... view more

Hydrophobic acid catalyst based on dinonylnaphthalene sulfonic acid. Offers maximum water resistance and low conductivity. Exhibits very good resistance to overbake. Possesses less interaction with... view more

Hydrophobic amine neutralized dinonylnaphthalenesulfonic acid (DNNSA). Used as a catalyst. Provides maximum solubility, package stability and electrical resistivity. Offers very good humidity and... view more

Covalently blocked dinonylnaphthalenesulfonic acid. Used as a catalyst. Polymeric moiety remains in the system and is capable of reacting with the crosslinking agent. Offers very low conductivity... view more

Hydrophobic sulfonic acid catalyst based on dinonylnaphthalene disulfonic acid. Promotes the cure of hydroxy, carboxy and amide functional polymers with melamine and urea-formaldehyde crosslinking... view more

Amine blocked dinonylnaphthalenesulfonic acid. Used as a catalyst. Eliminates solvent popping in high bake thick films. Imparts slower cure gradient for better flow. Offers very good humidity and... view more

Amine blocked dinonylnaphthalenesulfonic acid. Used as a catalyst. Offers very good humidity and detergent resistance. Provides very good overbake resistance. Exhibits good flow and leveling... view more

Amine neutralized p-toluenesulfonic acid. Used as a catalyst. Imparts very good fast cure response. Exhibits improved metal scratch resistance of acid catalyzed formulations. Used in appliance... view more

Amine neutralized para-toluenesulfonic acid. Acts as a catalyst. Offers very good cure response and viscosity stability. Imparts exterior durability. Used in appliance finishes, automotive topcoats... view more

Amine blocked toluenesulfonic acid. Acts as a catalyst. Offers improved ketone solubility, lower conductance and higher electrical resistance. Used in automotive topcoats, coil coatings, general... view more

Amine blocked para-toluenesulfonic acid. Acts as a catalyst. Provides faster cure and reduced wrinkling at higher curing temperatures. Used in automotive topcoats and general industrials... view more

Amine neutralized p-toluenesulfonic acid. Used as a catalyst. Allows for faster cure and reduces the potential of wrinkling from volatile amines. Used in appliance finishes, automotive topcoats... view more

Amine blocked para -toluenesulfonic acid. Acts as a catalyst. Offers very good cure response and viscosity stability. Used in general industrial... view more

Amine neutralized para-Toluenesulfonic acid (p-TSA) catalyst. Combines a higher boiling solvent with a higher temperature dissociating amine to create a catalyst that is particularly effective in... view more

Amine neutralized dinonylnaphthalenedisulfonic acid (DNNDSA) catalyst. Offers very good combination of package stability and cure response. Imparts very good adhesion, improved solubility and good... view more

Covalent-blocked catalyst based on alkylnaphthalenedisulfonic acid. Offers low conductivity that is essential for maximum transfer efficiency of electrostatic spray applications. Exhibits good salt... view more

Amine neutralized dinonylnaphthalenedisulfonic acid (DNNDSA) catalyst. Utilizes a slower releasing amine for higher bake temperatures. Offers increased solubility, especially in high solids... view more

Phosphoric acid based catalyst. Recommended for use in epoxy/phenolic based coatings. Offers very good solubility. Exhibits good package stability and good adhesion. Used in exterior can coatings... view more

Hydrophobic alkyl acid phosphate. Acts as a catalyst. Is a weak acid catalyst recommended for use with high -NH/polymeric melamines and phenolic crosslinkers. Offers very good solubility and good... view more

Amine neutralized phosphate catalyst. Particularly effective with polymeric or high imino melamines and phenolics. Is a weak acid catalyst. Offers good solubility, good water resistance and very... view more

Amine neutralized acid phosphate catalyst. Offers improved resistance to coatings exposed to environmental acids. Recommended for use in coatings that are crosslinked with fully or partially... view more

Strong acid catalyst based on dodecylbenzenesulfonic acid. Offers very good solubility characteristics and exterior durability. Used in automotive topcoats, can coatings, general industrials, paper... view more

Amine neutralized dodecylbenzenesulfonic acid catalyst. Offers broad solubility and good exterior durability. Provides very good viscosity stability. Used in automotive topcoats, can coatings and... view more

Polymeric blocked sulfonic acid ester catalyst. Provides low conductivity essential for electrostatic spray applications and better solubility and humidity resistance. Offers good intercoat... view more

Amine blocked dodecylbenzenesulfonic acid catalyst. Provides improved solubility in oxygenated solvents. Offers good exterior durability and very good viscosity stability. Used in automotive... view more

Amine neutralized DDBSA catalyst. Offers very good solubility characteristics and good exterior durability. Used in can coatings, automotive topcoats and general industrials... view more

Metal complex catalyst for crosslinking of epoxy/carboxylic functional resins. Offers improved adhesion and corrosion resistance. Provides better water resistance and non yellowing. Exhibits... view more

Lewis acid catalyst that is stable in the presence of water. Is a salt of a strong acid and can catalyze the reaction of epoxy resins, ring opening of cyclic ether groups and polymerization of... view more

Diethylamine salt of trifluoromethanesulfonic acid. Offers thermal initiation and very good stability. Acts as a catalyst. Used for cationic heat cure of inks and coatings. Also recommended for... view more

Ammonium antimony hexafluoride. Used as a catalyst. Offers very good stability depending on concentration and type of epoxy resin used. Provides thermal initiation and fast cure of epoxy resins... view more

Ammonium super acid catalyst, heavy metal free. Offers very good stability, depending on concentration used. Exhibits thermal initiation and fast cure of epoxy resins. Used for cationic heat cure of... view more

Amine neutralized dinonylnaphthalenesulfonic acid. Used as a catalyst. Provides very good combination of package stability and cure response. Offers very good adhesion. Exhibits good humidity and... view more

Alkylaromatic sulfonic acid. It acts as a latent catalyst. It is clear, dark liquid and designed for use in higher bake amino crosslinked systems. It is amine free, has excellent overbrake... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

It acts as an acid catalyst. It is clear, straw liquid recommended for use in epoxy/phenolic based coatings. It has excellent solubility, good package stability, good adhesion. It has applications... view more

It acts as organometallic catalyst for accelerating epoxy/carboxy reactions. It provides lower temperature cure, excellent yellowing resistance and with good storage stability in one component... view more

It acts as organometallic catalyst for accelerating epoxy/carboxy reactions. It provides lower temperature cure, excellent yellowing resistance and with good storage stability in one component... view more

It acts as a blocked acid catalyst. It is especially effective on aluminium substrates and supplies excellent processing resistance to water and acidic liquids. It can also provide good wet adhesion... view more

Metal complex catalyst for crosslinking of epoxy/carboxylic functional resins. Offers improved adhesion and corrosion resistance. Provides better water resistance and non yellowing. Exhibits... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Amine blocked dodecylbenzenesulfonic acid (DDBSA). It acts as catalyst supplied in Isopropanol. It has broad solubility, good exterior durability, and excellent viscosity stability. It has... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more