realized that various conveniently employed additives can be admixed with the polyepoxide containing composition of the instant invention prior to final cure for example in certain instances it may be desired to add minor amounts of hardeners along with various other accelerators and curing agent systems well known in the art additionally conventional pigments dyes fillers flame retarding agents can be added curing of an epoxy resin with the aminated glyoxal triethylene glycol propylene oxide adduct of example 14 epon u00ae 828 a diglycidyl ether of bisphenol a made by the shell chemical co 10 g jeffamine u00ae edr 148 triethylene glycol diamine made by the texaco chemical co 1 8 g and the aminated glyoxal triethylene glycol propylene oxide adduct of example 14 3 6 g were thoroughly mixed with a metal spatula and allowed to stand at room temperature for approximately six hours the material cured into a hard opaque resin during that period the above mixture could also be cured within 30 minutes at 80 u00b0 c to form a hard opaque epoxy resin as previously pointed out the amine compounds of this invention are useful in preparing polyurea elastomers by reaction with a polyisocyanate optional additives include chain extenders catalysts filler materials etc preferably the tetra functional amino alcohol will have a molecular weight of about 500 to about 6000 a wide variety of aromatic and aliphatic polyisocyanates can be utilized in making the polyurea elastomers of this invention typical aromatic polyisocyanates include p.