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Nano/micro-imprinting technology base on polymer material coating has   attracted the increasing attentions throughout the world in the past several   decades, and it is progressively developing into the hot topic at present, in   which, how to improve the manufacturing efficiency is becoming the urgent   issue to be resolved. Polymer’s curing process is exactly complicated and   sophisticated, which involves simultaneously performing physical and chemical   changes, when the curing reaction reaches certain level, the system will   abruptly transform into insoluble, non-melting gel with rapidly increased   viscosity and rigidity, which can generate fixed deformation under persistent   external pressure. In this paper, the plastic deformation capacity of epoxy   resin in the curing process is investigated by the micro-dimple imprinting   experiment, and the relationship between forming precision and curing degree   is ascertained adopting the DSC (differential scanning calorimetry) method.   In addition, the instantaneous micro-imprinting technology based on the   micro-grooves is explored, and the experimental results indicate that the   forming precision can surpass 90%. The paper will establish a novel avenue to   apply the nano/micro imprinting technology into practical engineering

chemical industry and chemical engineering quarterly

Exploring instantaneous micro-imprinting technology on semi-cured epoxy resin coating based on relationship between forming precision and curing degree