Performance Products JEFFCAT catalysts

1 Performance Products JEFFCAT catalysts For the polyurethane industry europe , africa & Middle East 2 Huntsman s large and growing family of unique industry-leading JEFFCAT catalysts brings strength, power and speed to a wide range of urethane applications. The widespread use of these catalysts in making polyether and polyester foams, coatings, elastomers, and high-modulus urethane plastics, attests to the value of our advanced technologies and our 40-plus years of experience with urethane chemicals. JEFFCAT catalysts MoldedEsterEtherHR MoldedZF-20 Bis-(2-dimethylaminoethyl)ether -- A very strong, highly efficient blowing ZF-20 in dipropylene glycol2514188*73 ZF-20 in dipropylene glycol64436204* ZF-20 in dipropylene glycol69046207* N, Triethylene diamine17462 PMCCS olid FlakesTD-33A33% TD-100 in dipropylene glycol558104180* TD-100 in monoethylene *107 ASTM N.

2 N-dimethylcyclohexylamine -- Widely used catalyst for all types of rigid Pentamethyldiethylenetriamine - Especially useful as catalyst for HCFC/water-blown rigid N,N,N',N'',N''-pentamethyl- dipropylenetriamine -- Low odor catalyst with a good balance between gel Used in rigid and flexible foam N,N,N,-tris-(3-dimethylamino- propyl-)

3 Amine -- It acts as a low odor gel catalyst, designed mainly for use in rigid polyurethane N-ethylmorpholine -- Promotes surface cure for flexible polyester foams and excellent processing in polyester- based flexible N-methylmorpholine -- Good solubilizer in making polyester foams. Also useful in high rise rigid molded Dimethylpiperazine -- Good catalyst in making polyester foams.

4 Also promotes surface cure in different odor amine catalyst blend for flexible polyester * green strength and can be used for charcoal polyester-based flexible * * initial boiling point with decomposition theoretical OH Number including polyol, amine, acid and water functionalities not determinedDescription JEFFCAT catalyst FLEXIBLE POLYESTER FOAM catalysts GENERAL PURPOSE CATALYSTSS labstockTypical ApplicationsFlexible FoamTypical PropertiesFlash Point, CBoiling Point, COH Number, mgKOH/g Viscosity, cSt at 25 CSpecific Gravity 20/20 CMicrocellulars, Elastomers, RIM, RRIMR igid Foam (PUR), Packaging FoamRigid Foam (PIR)Coatings, AdhesivesNCH3CH3 ONCH3CH3 NCH3CH3 NCH3CH3 NNCH3CH3CH3 NCH3 NNCH3CH3CH3CH3CH3CH2 NONCH3CH3CH3 NONCH3CH3 OHN NNNCH3CH3 NNCH3CH3 NCH3CH3 NCH3CH3 3 MoldedEsterEtherHR MoldedZF-10 N,N,N'-trimethyl-N'-hydroxyethyl- bisaminoethylether -- Strong blowing catalyst that is highly efficient.

5 Used in foams requiring low blowing catalyst used in foams requiring low emission reactive gel catalyst blend which can replace JEFFCAT TD-33A on an equivalent part basis. Can be used in a wide variety of flexible slabstock and high resiliency (HR) foam * reactive amine catalyst blend. Excellent gel catalyst for low emissions automotive and flexible foam * low emission catalyst blend with balanced gel and blow * N-(3-dimethylaminopropyl)-N,N- diisopropanolamine -- Low emission catalyst with good gelation and >210* N,N-bis(3-dimethylaminopropyl)

6 - N-isopropanolamine -- Low emission catalyst with exceptional balance and 1,3-propanediamine, N'-(3- (dimethylamino)propyl)-N,N-dimethyl- -- Low emission reactive gel , acid blocked, low emissions type blowing catalyst that offers improved material handling, low-corrosion, and phase stability in fully formulated B-side flexible molded foams. 2405104100*> , acid blocked, low emissions, low-corrosion type gelling catalyst used in all types of flexible molded foams.

7 25551856100*> 2-(2-dimethylaminoethoxy)ethanol -- For use mainly in packaging foam N,N,N'-trimethylaminoethyl-ethanolamine -- Used in a variety of polyurethane foam Dimethylaminopropylamine -- Used in a variety of polyurethane foam 2.

8 2'-dimorpholinodiethylether -- Very selective blowing long stability version of DMDEE. Specially designed for use in one-component applications catalyst made from TD-33A and ZF-22. Designed for flexible slab * catalyst made up of ZF-22 partially neutralized with formic acid. Provides excellent cure and flow as 1-methyl-4-(2-dimethylaminoethyl)piperaz ine -- Co-catalyst with excellent end-cure and helps on gelation with improved flow. cure co-catalyst. Shortens the demold time of rigid foam < 1,3,5-tris(3-(dimethylamino)propyl)- hexahydro-s-triazine -- Improved dimensional stability in many rigid foam systems.

9 Useful as a co- catalyst in rigid spray >200 * initial boiling point with decomposition theoretical OH Number including polyol, amine, acid and water functionalities not determined SPECIALTY AMINE CATALYSTSD escription JEFFCAT catalyst BACK-END CURE catalysts LOW EMISSION catalysts / REACTIVE CATALYSTSS labstockTypical ApplicationsFlexible FoamTypical PropertiesFlash Point, CBoiling Point, COH Number, mgKOH/g Viscosity, cSt at 25 CSpecific Gravity 20/20 CMicrocellulars, Elastomers, RIM, RRIMR igid Foam (PUR), Packaging FoamOne-Component SystemsRigid Foam (PIR)Coatings, AdhesivesNNN(CH2)3-N(CH3)2(CH2)3-N(CH3)2 (CH3)2N-(CH2)3 NCH3CH3 ONCH3 OHNCH3CH3 OOHNCH3 NHNCH3CH3CH3 NNCH3H3 CCH3 OHCH3 HONNCH3H3 CNCH3CH3CH3 HOCH3 NNCH3CH3 OHNNH2CH3CH3 NNCH3 NCH3CH3 ONONO 4 Auxiliary Products JEFFAMINE polyetheramines In RIM reaction injection molding technology, the use of JEFFAMINE polyetheramines can improve various physical characteristics such as thermal, abrasion and impact resistance, tear strength, solvent stability and dynamic fatigue.

10 Similar characteristics are also seen in more standard polyurethane foam systems. The typically-used materials are JEFFAMINE D-2000 and JEFFAMINE T-5000 amines. JEFFAMINE polyetheramines, due to their very fast reaction with isocyanates, provide an extremely quick, un-catalyzed exotherm in the foam. This phenomenon can be termed a thermo-kick. This effect is most helpful in cold ambient temperatures or where heat losses have to be overcome, such as with cold substrates, molds and highly-filled systems. The very rapid primary amine/isocyanate reaction can also be utilized when it is beneficial to build cross linking and thixotropy quickly into the system. The thermo-kick is strongest with a low molecular weight diamine such as JEFFAMINE D-230 or JEFFAMINE D-400 amine, whilst JEFFAMINE T-403 amine will give a greater degree of cross-linking and a quicker thixotropic effect, as a result being tri-functional and highly branched.