A full range of polyurethane catalysts covering flexible and rigid foam blowing and gelling, trimerization (PIR), low-odor amines, organotin alternatives and epoxy curing.
High-resilience, molded and slabstock flexible polyurethane foam for furniture, mattresses and automotive seating, paired with gelling and balanced catalysts.
A highly selective catalyst for the isocyanate-hydroxyl reaction that shortens tack-free time; used as an organotin replacement across polyurethane coatings, adhesives, RIM systems and two-component waterborne coatings.
A fast-curing catalyst for cold molding that accelerates the cold-mold cure cycle, with low viscosity and easy handling.
A balanced catalyst for high-resilience flexible polyurethane foam, delivering excellent load-bearing and resilience performance.
Blowing catalysts and cell-opening additives for rigid polyurethane insulation foam, spanning HFO blowing systems and spray applications.
A catalyst purpose-built for HFO (hydrofluoroolefin) blowing-agent systems, supporting the transition away from HFC blowing agents while maintaining foam quality.
Low-VOC, low-odor reactive amine catalysts purpose-built for odor-sensitive applications such as automotive interiors.
A high-efficiency low-odor trimerization catalyst for polyurethane and polyisocyanurate systems, with excellent trimerization selectivity and very low residual amine emission.
Amine catalysts that drive the blowing (water-isocyanate) and gelling (polyol-isocyanate) reactions, widely used in foam and CASE systems.
A strong blowing-type tertiary amine catalyst that accelerates the water-isocyanate reaction, widely used in rigid and spray polyurethane foam.
A versatile tertiary amine that works as both a polyurethane catalyst and an epoxy accelerator, promoting foam reactions as well as anhydride/epoxy curing.
Tin, bismuth and blended metal gelling catalysts for elastomers, adhesives, sealants and delayed-action foams, including mercury-free alternatives.
An environmentally preferable alternative to organomercury and organotin catalysts, matching their cure performance with a better toxicology profile.
A delayed-action, strong-gelling metal catalyst free of mercury, lead, tin and nickel, meeting EU REACH and RoHS requirements while extending flow time before rapid gelling.
A temperature-latent composite metal catalyst with low room-temperature activity that activates on heating, enabling controlled, fast curing.
A classic organotin gelling catalyst that strongly promotes the polyol-isocyanate reaction, used in elastomers, coatings, sealants and RTV silicone systems.
Highly selective trimerization catalysts for polyisocyanurate (PIR) rigid foam and high-temperature insulation materials.
A strongly selective polyurethane trimerization catalyst, outperforming conventional trimerization catalysts on selectivity with a lower odor profile.
Cell openers, aldehyde scavengers, adhesion promoters, surfactants and cure agents that fine-tune foam processing and finished-product performance.
A silicone surfactant that stabilizes cell structure in flexible and rigid polyurethane foam, improving flow and surface quality.
An aldehyde scavenger designed to cut formaldehyde and acetaldehyde levels in automotive molded polyurethane foam, reducing new-car odor without affecting foam performance.
Imidazoles, DBU salts and tertiary-amine phenolics for curing and accelerating epoxy resins, composites and electronic potting compounds.
A highly active tertiary-amine epoxy accelerator and curing agent, also usable as a polyurethane gelling catalyst.
Specialty polyether polyols, including temperature-sensitive memory-foam and flame-retardant composite grades.
A slow-recovery, temperature-sensitive polyether polyol used in viscoelastic memory foam, giving pressure-relieving comfort in mattresses and seating.
Contact our technical team for product data sheets and formulation support.
