From furniture and automotive to construction and aerospace, nine application categories span the full polyurethane value chain.
High-resilience, molded and slabstock flexible polyurethane foam for furniture, mattresses and automotive seating, paired with gelling and balanced catalysts.
Blowing catalysts and cell-opening additives for rigid polyurethane insulation foam, spanning HFO blowing systems and spray applications.
Low-VOC, low-odor reactive amine catalysts purpose-built for odor-sensitive applications such as automotive interiors.
Amine catalysts that drive the blowing (water-isocyanate) and gelling (polyol-isocyanate) reactions, widely used in foam and CASE systems.
Tin, bismuth and blended metal gelling catalysts for elastomers, adhesives, sealants and delayed-action foams, including mercury-free alternatives.
Highly selective trimerization catalysts for polyisocyanurate (PIR) rigid foam and high-temperature insulation materials.
Cell openers, aldehyde scavengers, adhesion promoters, surfactants and cure agents that fine-tune foam processing and finished-product performance.
Imidazoles, DBU salts and tertiary-amine phenolics for curing and accelerating epoxy resins, composites and electronic potting compounds.
Specialty polyether polyols, including temperature-sensitive memory-foam and flame-retardant composite grades.
Across bridge coating, residential construction and chemical-tank protection, high-activity catalysts keep coatings curing fast and reliably even in damp conditions.
A zinc-chelate catalyst system delivers excellent durability and water resistance while keeping good processing performance.
A new generation of aldehyde scavengers cuts formaldehyde and acetaldehyde in molded foam, helping OEMs meet cabin air-quality standards.
Balancing the timing of the blowing and gelling reactions is where the core value of catalyst selection and formulation design lies.
