Medium potency, organosilicone. Used as surfactant in flexible slabstock foam operations. Offers very good froth stability. Provides wide foam processing latitude. Imparts very good processing on... view more

Niax™ antistat AT-30 is a unique fluorine-free anti-static additive. In comparison to common available anti-static additives Niax antistat AT-30 provides foam with no discoloration and good... view more

Niax™ catalyst A-107 by Momentive Performance Materials is an amine catalyst for the water/isocyanate (blow) reaction. It delays the onset of the reaction, allowing higher concentrations to be used with a corresponding decrease in... view more

Niax™ catalyst A-230 by Momentive Performance Materials is a balanced gel-blow catalyst for use with methylenechloride or other auxiliary blowing agents that tend to destabilize foam formulations. It can be used to produce both... view more

Niax™ catalyst A-300 by Momentive is a liquid, water-soluble tertiary amine. Promotes the gelation reaction during the production process. It is less corrosive than mild steel. Niax™ catalyst A-300... view more

Niax™ catalyst A-31 by Momentive is a liquid, low-odor, water-soluble, tertiary amine composition for the production of flexible polyester polyurethane foam. Foams made with Niax™ catalyst A-31... view more

Niax™ catalyst A-337 by Momentive is a liquid, water-soluble tertiary amine to consider for use in the production of molded polyurethane foams. can help improve the foam skin cure at low mold... view more

Niax™ catalyst A-400 by Momentive is a liquid, water-soluble tertiary amine composition. It provides the benefits of extended pour times and increased open foam. Promotes the blowing reaction in the... view more

Niax™ catalyst A-501 is a liquid tertiary amine catalyst that is highly selective to the water-blowing reaction. Possesses good internal cell-opening for better dimensional stability control and... view more

Niax™ catalyst A-537 is a liquid, delayed action, tertiary amine catalyst selective to the gelling (urethane forming) reaction. Delayed-action extends pour time needed for pouring complex parts... view more

Niax™ catalyst A-577 is a very powerful liquid, delayed-action, tertiary amine catalyst that is very selective to the gelling (urethane forming) reaction. Provides the benefit of allowing good foam... view more

Niax™ catalyst BDMA by Momentive is a liquid tertiary amine catalyst. Can improve foam cure and demolding time. It is an excellent candidate to consider for use in water-NCO reactions in rigid... view more

Niax™ catalyst C-131NPF by Momentive is a medium viscosity, low-odor, water-soluble, tertiary amine. Foams made with Niax catalyst C-131 exhibit significantly lower odor levels than those made with... view more

Niax™ catalyst C-41 by Momentive is a tertiary amine catalyst and an excellent candidate to consider for use in the manufacture of rigid polyurethane, isocyanurate-modified polyurethane and... view more

Niax™ catalyst C-5 by Momentive is a tertiary amine. It is characterized as a strong blowing catalyst while maintaining a good gel profile. Provides balanced catalysis of the water/ isocyanate... view more

Niax™ catalyst C-8 by Momentive is a tertiary amine catalyst. It is a strong base and is soluble in water and most organic solvents. Can be useful in a wide variety of foam applications, due to its... view more

Niax™ catalyst DMEE by Momentive is a liquid, low odor, tertiary amine catalyst. It can help promote foam rise and gel strength. It may be used as the sole amine catalyst. It typically shows rates... view more

Niax™ catalyst EF-600 by Momentive is a liquid, low odor, tertiary gel amine. The non-volatility of this amine catalyst is the result of molecular design and high molecular weight. This give... view more

Niax™ catalyst EF-600 by Momentive is a low odor, tertiary gel amine, designed to minimize or eliminate amine emissions in automotive interiors. The non-volatility of this amine catalyst is the... view more

Niax™ catalyst EF-700 by Momentive is a low odor tertiary amine. The non-volatile nature of this amine is the result of molecular design and high molecular weight. As such this amine is not expected... view more