Abstract
ZIF-61 modified BCE composites were first prepared by solvent method. The catalytic mechanism of ZIF-61 in the curing process of BCE resin was analyzed by Fourier Transform Infrared Spectroscopy (FTIR) under different temperature. ZIF-61with Lewis acidity could accelerate the curing reaction rate of ZIF-61/BCE composites. The detailed kinetic data of ZIF-61/BCE composites and pure BCE resins was calculated. Dynamic thermomechanical analysis(DTMA) showed that the glass-transition temperature of ZIF-61/BCE (0.5wt%) composites was increased ca.60°C than that of pure BCE.
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