Abstract
The effect of carbon fibre on the evolution of polycondensation of resol phenol—formaldehyde oligomer was investigated; it was found that carbon fibre has a catalytic effect in the early stages of formation of the oligomer and a slowing effect on the final stages. The experimental data suggests that the efficacy of polycondensation filling is manifested in formation of a dense monolithic structure of the composite and higher physicomechanical properties in comparison to traditionally filled composite materials.
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