Products

K-KAT® 5218 is an aluminum chelate complex catalyst that provides an excellent blend of both fast dry time and increased pot life when used in combination with 2,4 pentanedione. It is recommended for 2K polyurethanes, pultrusion and RIM applications.

NACURE® XC-320 is a novel catalyst designed to reduce the cure temperature of amino crosslinked systems. It is especially effective in OEM clearcoats and can be used in waterborne basecoats when added to the resin components before the addition of water.

NACURE® 3525 is an amine neutralized Dinonylnaphthalenedisulfonic acid (DNNDSA) catalyst that utilizes a slower releasing amine for higher bake temperatures. NACURE® 3525 is formulated for increased solubility, especially in high solids polyester and alkyd formulations.

NACURE® SC-25 is an amine neutralized p-TSA catalyst used to increase the cure response of thermoset waterborne and solventborne coatings that contain amino resin crosslinking agents.

NACURE® 5076 is a strong acid catalyst based on Dodecylbenzenesulfonic acid (DDBSA) supplied at 70% active in Isopropanol.

NACURE® XC-235 is an acid phosphate catalyst supplied at 75% active in n-butanol. It is recommended for use with high imino or partially alkylated type melamine crosslinkers.

NACURE® 2501 is an amine blocked Toluenesulfonic acid (TSA) catalyst that has been formulated for higher electrical resistivity. Compared to NACURE® 2500, NACURE® 2501 will have improved ketone solubility, and lower conductance and higher electrical resistance.

NACURE® SC-55 is an amine neutralized aromatic sulfonic acid, high activity catalyst. It provides excellent balance of cure response and package stability.

NACURE® X49-110 is an amine neutralized Dinonylnaphthalenesulfonic acid (DNNDSA) catalyst that provides an excellent combination of package stability and cure response.

NACURE® XC-311 is a novel latent acid catalyst designed to reduce the cure temperature of amino crosslinked systems.

NACURE® 115 is a strong hydrophobic sulfonic acid catalyst designed for use in bake d amino crosslinked systems. This high active catalyst is designed to help improve direct-to-metal intercoat adhesion properties while maintaining excellent exterior durability.

NACURE® 4167 is an amine neutralized phosphate catalyst. It is a weak acid catalyst that is particularly effective with polymeric or high imino melamines and phenolics.

NACURE® 4054 is a hydrophobic alkyl acid phosphate catalyst supplied at 50% active in isobutanol. It is a weak acid catalyst recommended for use with high -NH/polymeric melamines and phenolic crosslinkers.

K-KAT® 4205 is a zirconium chelate catalyst that provides extended pot life and selectivity to NCO/OH reactions for reduced gassing in 2K PU systems. It is efficient for ambient and low temperature cure coatings.

NACURE® 2530 is an amine neutralized p-Toluenesulfonic acid (p-TSA) catalyst. It is similar to NACURE® 2500, except supplied at a lower pH. This allows for faster cure and reduces the potential of wrinkling from volatile amines, particularly at cure temperatures of 121°C (250°F) or higher.

NACURE® 2500 is an amine neutralized p-Toluenesulfonic acid (p-TSA) catalyst designed for low temperature cure and maximum viscosity stability.

NACURE® 5528 is an amine blocked Dodecylbenzenesulfonic acid (DDBSA) catalyst. NACURE® 5528 provides improved solubility in oxygenated solvents when compared to NACURE® 5225.

NACURE® 5225 is an amine neutralized Dodecylbenzenesulfonic acid (DDBSA) catalyst. Advantages over blocked p-TSA catalysts are viscosity stability and solubility.

NACURE® 5925 is an amine neutralized DDBSA catalyst.

NACURE® 5414 is a polymeric blocked sulfonic acid ester catalyst recommended for use with amino crosslinking resins.

NACURE® SC-52 is an amine neutralized aromatic sulfonic acid, high activity catalyst. It provides excellent balance of cure response and package stability.

NACURE® 155 is a hydrophobic sulfonic acid catalyst based on dinonylnaphthalene disulfonic acid supplied as a 55% concentrate in isobutanol. Its primary use is as a catalyst for promoting the cure of hydroxy, carboxy and amide functional polymers with melamine and urea-formaldehyde crosslinking agents.