Momentive Catalyst Book

Momentive Catalyst Book

Niax Catalyst A-1 70% Bis(dimethylaminoethyl) ether, an extremely high activity polyurethane catalyst which is widely used in the production of all types of foams and is particularly useful for more difficult to process flexible foams where a highly permeable foam structure is required;

Niax Catalyst A-100 Complex amine catalyst to facilitate foaming reactions;

Niax Catalyst A-107 Compound amine catalysts to promote foaming reactions with delayed properties to reduce demoulding time and improve porosity;

Niax Catalyst A-133 23% dipropylene glycol solution of bis(dimethylaminoethyl) ether for polyurethane flexible block foam, molded foam;

Niax Catalyst A-210 low odor and water soluble liquid delayed complex amine balanced catalyst with high performance catalytic action for normal and flame retardant flexible polyurethane foams;

Niax Catalyst A-230 liquid complex amine catalyst is a balanced gel and foam catalyst that can be used in the production of low to high density foams and is specifically designed for use in auxiliary foam formulations containing methylene chloride or other foam destabilizing agents. better hand feel. In addition, the catalyst has good properties and can be used in formulations that do not contain any co-blowing agents at all;

Niax Catalyst A-2420 polyurethane foaming catalyst;

Niax Catalyst A-30 polyurethane foaming catalyst;

NIAX Catalyst A-300 is a delayed cross-linking action catalyst designed for the production of polyurethane for automotive seat and back cushions, producing foams that will have good open pore properties while maintaining the stability of the foaming formulation without collapsing the foam, and improving foam flow for systems using MDI containing components that react quickly and flow slowly;

Niax Catalyst A-305 tertiary amine catalyst with retardation for polyurethane molded foams, etc.; Niax Catalyst A-31 mixed tertiary amine catalyst with low odor and high activity for polyurethane flexible foams, etc;

Niax Catalyst A-310 Balanced tertiary amine catalyst with improved skin cure, for polyurethane molded foams, etc;

Niax Catalyst A-33 is a 33% triethylenediamine solution. This highly active tertiary amine catalyst promotes the reaction of isocyanates with polyols to cross-link the foam and give good mechanical properties to flexible polyester foams, which can be achieved when used in combination with A-1;

Niax Catalyst A-337 Delayed tertiary amine catalyst for improved skin curing, for polyurethane molded foams, etc;

Niax Catalyst A-4 is specially designed for use in flexible molded polyurethane products, catalyzing the reaction between water and isocyanate without sacrificing compressive strength and hardness, opening holes in the foam and increasing the permeability of the foam, providing processing conditions whether used in hot molding or high resilience molding, not only making the finished product easy to release from the mold, but also promoting the thermalization of the skin to produce polyurethane products A beautiful appearance;

Niax Catalyst A-400 is a water-soluble tertiary amine complex catalyst for molded polyurethane foam with delayed catalytic action, specifically designed for automotive cushion production. A-400 can be mixed with water or polyether polyol alone for metering, and is good for long lasting pour times and increasing open cell foam structure. Catalysts;

Niax Catalyst A-440 Delayed-action tertiary amine catalyst, improves foam flow foam strength, suitable for polyurethane molded foams, etc;

Niax Catalyst A-4E Tertiary amine catalyst for improved skin cure, for use in polyurethane molding foams, etc;

Niax Catalyst A-501 tertiary amine catalyst with high selectivity for water/isocyanate reaction, improves foam flowability, suitable for low density microcellular foams and integral skin foams, etc;

Niax Catalyst A-507 Delayed tertiary amine catalyst with high selectivity for water/isocyanate reaction, extended emulsion time, improved foam flow, for low density microcellular foams and integral skin foams, etc;

Niax Catalyst A-533 33% glycol solution of triethylenediamine, strong gel type catalyst for microporous elastomers, RIM and integral skin foams, etc.; Niax Catalyst A-537 Delayed gel type tertiary amine catalyst for extended emulsion time and improved foam flow for microporous elastomers such as shoe sole systems and automotive steering wheels, etc;

Niax Catalyst A-575 Delayed-gel type tertiary amine catalyst for polyurethane cast elastomers and SRIM materials;

Niax Catalyst A-577 Delayed strong gelation tertiary amine catalyst for improved foam flow and accelerated foam post maturation for polyurethane microporous elastomers, integral skin foams and SRIM materials, etc.; Niax Catalyst A-99 Strong foaming tertiary amine catalyst;

Niax Catalyst B-11 Plus tertiary amine catalyst;

Niax Catalyst B-18 tertiary amine catalyst;

Niax Catalyst B-26 delayed foaming tertiary amine catalyst;

Niax Catalyst B-4 tertiary amine catalyst;

Niax Catalyst B-9 balanced tertiary amine catalyst for polyester-based polyurethane foams;

Niax Catalyst BDMA tertiary amine catalyst, as a replacement for cyclohexylamine, for improving foam brittleness and adhesion, for polyurethane rigid foams;

Niax Catalyst C-124 low odor tertiary amine catalyst for polyurethane continuous flexible block foams;

Niax Catalyst C-131 low odor tertiary amine catalyst, replacing N-ethylmorpholine, N-methylmorpholine, dimethylbenzylamine, for polyurethane continuous soft block foams;

Niax Catalyst C-174 balanced tertiary amine catalyst for low density polyurethane rigid, semi-rigid and high resilient foams, e.g., refrigerator foams, automotive armrests, and instrument panels; Niax Catalyst C-183 balanced tertiary amine catalyst for polyurethane flexible foams;

Niax Catalyst C-225 is an amine catalyst for fast release high resilience polyurethane foam. This catalyst balances the foam formation reaction with the thermochemical reaction, optimizes the flow of the reaction mixture, and reduces the release time at the same time, making NIAX C-225 a good additive for turntable type car seat lines;

Niax Catalyst C-232 tertiary amine catalyst;

Niax Catalyst C-247 Highly effective tertiary amine catalyst for polyurethane flexible foams;

Niax Catalyst C-248 tertiary amine catalyst;

Niax Catalyst C-322 tertiary amine catalyst;

Niax Catalyst C-323 tertiary amine catalyst;

Niax Catalyst C-41 Tris(dimethylaminopropyl)hexahydrotriazine, low odor strong foaming trimer co-catalyst for high water volume foaming hard foam, semi-hard foam, shoe soles;

Niax Catalyst C-5 Pentamethyldiethylenetriamine, strong foaming catalyst for improved hard foam flow;

Niax Catalyst C-8 Dimethylcyclohexylamine (DMCHA), standard hard foam catalyst;

Niax Catalyst D-19 Stannous octanoate, gelation catalyst for polyurethane elastomers, coatings, adhesives and foams;

Niax Catalyst D-22 dibutyltin dilaurate, gel catalyst for polyurethane elastomers, coatings, adhesives and foams;

Niax Catalyst D-50 non-emitting tertiary amine catalyst for polyurethane block foams;

Niax Catalyst DMDEE di-morpholine diethyl ether, excellent stability in one-component rigid foam spray systems, soluble and non-reactive with MDI;

Niax Catalyst DMEA dimethylethanolamine, weak catalytic activity balanced catalyst with short emulsion time;

Niax Catalyst DMEE low odor reactive catalyst with improved surface cure for packaging foams and also for molded flexible foams;

Niax Catalyst DMP 1,4-dimethylpiperazine, gel-based catalyst for polyester-based polyurethane foams;

Niax Catalyst EF-100 low odor strong foaming catalyst for flexible polyurethane foams, high resilience foams and packaging foams;

Niax Catalyst EF-150 low odor delayed foaming catalyst with increased emulsion time and improved open pore properties, especially for polyurethane high resilient foams;

Niax Catalyst EF-350 Low-odor balanced foaming catalyst for balanced foaming/gelation reactions, suitable for a wide range of flexible foams;

Niax Catalyst EF-600 a liquid, low odor, gel-action tertiary amine catalyst specially designed for the production of low odor, low volatility automotive interior parts. This non-volatile amine catalyst benefits from its high molecular weight and special molecular structure, EF-600 replaces conventional tertiary amine catalysts for the preparation of high resilient foams with low foam odor and can successfully pass the amine volatility testing;

Niax Catalyst EF-602 is a liquid, low odor, gel-action tertiary amine catalyst specifically designed for the production of low odor, low volatility automotive interiors. This non-volatile amine catalyst benefits from its high molecular weight and special molecular structure;

Niax Catalyst EF-700 is a liquid, low odor, foaming action tertiary amine catalyst specifically designed for the production of low odor, low volatility automotive interior parts. This non-volatile amine catalyst benefits from its high molecular weight and special molecular structure;

Niax Catalyst EF-705 is the same series of foaming catalysts as EF-700 and EF-708. EF-705 has a strong delay effect and is more suitable for open-cell foam formulations requiring longer emulsion times, while EF-700 is suitable for formulation systems that allow shorter emulsion times;

Niax Catalyst EF-708 A liquid, low odor, foaming action tertiary amine catalyst specifically designed for the production of low odor, low volatility automotive interior parts. This non-volatile amine catalyst benefits from its high molecular weight and special molecular structure. EF-708 has a moderate delayed action foaming catalyst, and EF-708 is well suited for use with EF-602, a combination that allows both stable foaming processes and open-cell foams to be obtained;

Niax Catalyst EF-712 low emission tertiary amine catalyst;

Niax Catalyst EF-867 a liquid, low odor, foaming/gel balancing action tertiary amine catalyst, specially designed for the production of low odor, low volatility automotive interior parts, this non-volatile amine catalyst benefits from its high molecular weight and special molecular structure, EF-867 is well used in conjunction with EF-700 and EF-600 to replace the traditional tertiary amine catalysts to produce high-grade high resilience foams with very low odor that can successfully pass the amine volatility test;

Niax Catalyst KST-100NPF low odor tertiary amine catalyst, can replace N-ethylmorpholine, N-methylmorpholine, dimethylbenzylamine, suitable for polyester type polyurethane flexible foam;

Niax Catalyst K-ZERO3000 15% ethylene glycol solution of potassium isooctanoate, trimerization catalyst;

Niax Catalyst LC-5630 Thermosensitive catalyst, non-catalytic at room temperature, starts catalyzing the formation of carbamate bonds when temperature reaches 70°C;

Niax Catalyst PM-40 Low viscosity A-1 catalyst;

Niax Catalyst PotassiumAcetate solution, trimerization catalyst;

Niax Catalyst PotassiumOctoate solution, a potassium octanoate solution, a trimerization catalyst;

Niax Catalyst PotassiumOctoate LV potassium octanoate solution, trimerization catalyst;

Niax Catalyst SA-200 Tertiary amine catalyst for conventional PU foam production, a balanced starting and gelation catalyst which can be used in all types of machine foams, continuous and discontinuous, and also in many types of polyols;

Niax Catalyst SA-201 Tertiary amine based catalyst for conventional PU foam production, a balanced starting and gelation catalyst which can be used in all types of machine foaming, continuous and discontinuous, and also in many types of polyols;

Niax Catalyst SA-800 Tertiary amine based catalyst for conventional PU foam production, a balanced starting and gelation catalyst which can be used in all types of machine foaming, continuous and discontinuous, and also in many types of polyols;

Niax Catalyst StannousOctoate Stannous solution for polyether-based soft block foams;

Niax Catalyst StannousOctoate D-19 Stannous octanoate solution for polyether-based flexible block foams;

Fomrez UL-1 Hydrolysis resistant, extended storage and emulsion time for polyurethane rigid foams, RIM molding materials and high resilience foams;

Fomrez UL-2 Replacement for dibutyltin dilaurate, better compatibility with polyether-based polyurethanes, suitable for a wide range of rigid foams;

Fomrez SUL-4 for polyurethane foams, coatings and adhesives and silicone rubbers;

Fomrez UL-6 with retardation, suitable for polyurethane elastomers, rigid foams and coatings;

Fomrez SUL-11A for polyurethane coatings, adhesives and silicone rubbers;

Fomrez UL-22 Higher activity than Fomrez UL-1, extended storage time, for polyurethane rigid foams;

Fomrez UL-24 Higher activity than Fomrez UL-6, delayed effect, suitable for polyurethane high density foams, RIM molding materials;

Fomrez UL-28 Substitute for dibutyltin dilaurate, suitable for polyurethane foams, coatings and adhesives;

Fomrez UL-29 with good delaying effect in the Fomrez series, suitable for polyurethane microporous elastomers, RIM, shoe soles and automotive parts;

Fomrez UL-32 similar to Fomrez UL-1 with retardation and hydrolysis resistance for polyurethane rigid foams, RIM, high resilience foams, etc;

Fomrez UL-38 with retardation for polyurethane rigid foams, RIM, high resilient foams, etc;