Dabco® 8154 by Evonik is a blocked tertiary amine catalyst. It offers improved curing of the foam. It does not prolong the demold times. It promotes the urethane (polyol-isocyanate) reaction... view more

Dabco® B-16 by Evonik is amine catalyst. Used in polyester die cuttable flexible slabstock foams, integral skin and microcellular systems. Dabco® B-16 provides improved surface cure... view more

Dabco® BDMA by Evonik is benzyldimethylamine catalyst. It promotes the urethane reaction and is commonly used in high-water rigid foam applications to reduce friability. It is also used for... view more

Dabco® BL-19 by Evonik is a catalyst based on bis(2-dimethylamino ethyl) ether. It is a tertiary amine that primarily promotes the urea (water-isocyanate) reaction. Dabco® BL-19 is suitable for... view more

Dabco® BLV by Evonik is a blend of blowing and gelling amine catalyst. Used in flexible slabstock foams and extrusion blow molding applications. Dabco® BLV offers superb catalytic activity... view more

Dabco® BP52 by Evonik is a flame lamination agent. It features low viscosity for easy handling and incorporation into the foam formulation. Offers excellent adhesion of the foam to the substrate... view more

Dabco® Crystalline by Evonik is a crystalline, 100% solid triethylene diamine (TEDA)-based catalyst with high-purity. Used in all types of polyurethane foams including flexible slabstock, flexible... view more

Dabco® DC1 by Evonik is a catalyst that provides strong gelling and back end cure by promoting the urethane (polyol-isocyanate) reaction while delaying initiation as well as providing long pot life... view more

Dabco® DC198 by Evonik acts as an emulsifier. It is a high-potency silicone glycol copolymer with high efficiency. Provides good stability in both water and amine premixes. Dabco® DC198 is used in... view more

Dabco® DC2 by Evinik is a catalyst that provides delayed reaction initiation while maintaining a strong back end cure. It promotes the urethane (polyol-isocyanate) reaction in flexible molded... view more

Dabco® DC2585 is a silicone surfactant and emulsifier by Evonik. Offers very good vent stability and has the ability to eliminate basal cell formation. Possesses low VOC and fogging values and... view more

Dabco® DC5810 by Evonik is a high-efficiency surfactant. Provides good nucleation, a high degree of emulsification and good bulk stability. It produces foams with fine as well as uniform cell... view more

Dabco® DC5933 by Evonik acts as a surfactant. Provides good nucleation, a high degree of emulsification and good bulk stability to produce foams with fine as well as uniform cell structure. Offers... view more

Dabco® DC5986 by Evonik acts as a surfactant. Provides good nucleation, high degree of emulsification, excellent froth stability and good bulk stability to produce foams with uniform cell structure... view more

Dabco® DC5987 is a high-efficiency surfactant by Evonik. Provides good nucleation, high degree of emulsification, excellent froth stability and good bulk stability to produce foams with uniform cell... view more

Dabco® DC5LE by Evonik acts as an accelerator. It is a low emission delayed action co-catalyst that strongly promotes the urethane (polyol-isocyanate) reaction while maintaining cream time and... view more

Dabco® DC6070 by Evonik acts as an emulsifier. Possesses ability to eliminate basal cell formation in difficult-to-mold tooling. Offers excellent foam surface appearance and vent stability as well... view more

Dabco® DMDEE by Evonik is an amine blowing catalyst. It is 100% dimorpholinyldiethylether (DMDEE). Used in rigid foam sealant systems as well as for flexible slabstock foams. Dabco® DMDEE is suitable... view more

Dabco® MP608 by Evonik acts as a delay balance amine catalyst. It works well in TDI, T/M, M/T and MDI systems. It delays cream time with fast post curing and effectively balances reactions with... view more

Dabco® NE1090 by Evonik acts as a novel non-fugitive gelling catalyst. It has the ability to react chemically into the polyurethane foam matrix, thereby it do not contribute to emissions. Exhibits... view more