The novel form-stable composite phase change materials (PCMs) of crosslinked PEGA and P(PEGA-HAM)/PEG gels were synthesized, which based on PEGA . Using crosslinked PEGA and P(PEGA-HAM)/PEG gels as the working substance , PP/PCM thermo-regulating fibers were prepared by blends via melt spinning respectively. TGA results indicate that the crosslinked form-stable PCMs have good thermal stability. The morphology of the surface of PP/PCM thermo-regulating fibers smooth mainly by SEM. The breaking strength of thermo-regulating fibers first increases and then decreases when increased some content of PCM. DSC results indicate the phase enthalpy of PEGA crosslinked gel and its the blend fibers with PP are 122.97J/g and 13.83J/g, while that of P(PEGA-HAM)/PEG crosslinked networks gel and its the blend fibers with PP are 107.48J/g and 4.62J/g respectively.
Ploy (N-hydroxymethyl acrylamide)/polyethylene glycol (PNHMPA/PEG) interpenetrating polymer network gel was prepared as new form-stable phase change thermal filler, and IPN distribute evenly in the new phase change thermal conversion coating. The polarizing microscope shows that IPN is crystalline, which proves its heat storage capacity. The DSC results indicate that the new PCM conversion coating has a good energy storage capability and an available phase transition temperature. The TG results show that the new coating has good thermal stability, and IPN effect of thermal decomposition is not affected by the coating composition.
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