niax a-577 delayed gel type tertiary amine catalyst

  overview: niax catalyst a-577 delayed strong gelation type tertiary amine catalyst for improved foam flow and accelerated post-ripening of foams for polyurethane microporous elastomers, integral skin foams and srim materials;   niax catalyst a-577 is a strong liquid, delayed action, tertiary amine catalyst for selective gelling (ethyl carbamate formation) reaction.   key features and...

niax a-575 delayed gel type tertiary amine catalyst

  overview: niax catalyst a-575 delayed-gel type tertiary amine catalyst for polyurethane cast elastomers and srim materials;   niax catalyst a-575 is a liquid, delayed-action, tertiary amine to gelling (carbamate formation) catalyst.   key features and typical benefits powerful end cure delayed action for extended pouring times required for pouring complex parts can be used...

niax a-537 delayed gel type tertiary amine catalyst

  overview: 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;   niax™ catalyst a-537 excellent end cure with extended application time niax catalyst a-537 is an excellent candidate for the production of microporous monolithic...

niax a-533 catalyst

  overview: niax catalyst a-533 is a powerful tertiary amine catalyst that is more selective for gelling (formation of carbamates) than for foaming reactions (formation of carbon dioxide with water). it is the standard combination for 33% triethylenediamine in ethylene glycol. niax catalyst a-533 strong gel type catalyst for microporous elastomers, rim and integral skin...

niax a-507 delayed tertiary amine catalyst

  overview: niax catalyst a-507 delayed tertiary amine catalyst with high selectivity for water/isocyanate reaction, extended emulsion time and improved foam flow for low density microcellular foams and whole skin foams, etc.;     package packed in clean, dry, sealed and leak-free special plastic drums with a net weight of 20kg/25kg/180kg per drum.   storage...

niax a-501 catalyst cas3033-62-3

overview: niax a-501 is bis(dimethylaminoethyl) ether also known as catalyst a1, catalyst a-1, bdmaee. 70% bis(dimethylaminoethyl) ether in dipropylene glycol solution, strong foaming catalyst, the domestic industry usually refers to it as catalyst a-1 or a1. a1 catalyst is mainly used in the production of flexible polyether-based polyurethane foam, but also in rigid foam for...

niax a-440 delayed tertiary amine catalyst

  overview: niax catalyst a-440. longer creaming time for molded seats and panels. niax catalyst a-440 is widely used in the automotive industry to form polyurethane foam formulations for molded seats and instrument panels, typically delaying the opening of the pores in pu foam formulations to allow the foam pores to achieve the full strength...

niax a-400 tertiary amine complex catalyst

overview: niax catalyst a-400 for molded polyurethane foam, water soluble tertiary amine complex catalyst with delayed catalytic action, specially designed for automotive cushion production, a-400 can be mixed with water or polyether polyol alone for metering, good for long lasting casting time and increasing open cell foam structure, a-400 is a new type of delayed...

niax a-337 delayed tertiary amine catalyst

  overview: niax catalyst a-337 is a liquid, water-soluble tertiary amine that can be considered for the production of molded polyurethane foams. it can help improve foam skin cure at low mold temperatures. niax catalyst a-337 delayed tertiary amine catalyst for improved skin cure for molded polyurethane foams, etc.; surface cure catalyst; low mold temperatures...

niax a-337 delayed tertiary amine catalyst

  overview: niax catalyst a-337 is a liquid, water-soluble tertiary amine that can be considered for the production of molded polyurethane foams. it can help improve foam skin cure at low mold temperatures. niax catalyst a-337 delayed tertiary amine catalyst for improved skin cure for molded polyurethane foams, etc.; surface cure catalyst; low mold temperatures...