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August 21, 2025Journal of Composites ScienceOpen Access

Enhancing Through-Thickness Electrical Conductivity in Recycled Carbon Fiber-Reinforced Polymer Composites Using Machining Waste

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Authors

DBDenise BellisarioFQFabrizio QuadriniFNFrancesco Napolitano

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Overview

Novel recycling method improves electrical conductivity and mechanical performance in recycled CFRP, suggesting sustainability benefits.

Key Points

  • Electrical conductivity reached 0.045 S/cm in sandwich panels, showcasing the utility of recycled CFRP cores.
  • Thermal activation occurred near 70 °C, confirmed through TGA and DSC, indicating potential for efficient reprocessing.
  • Evaluation through three-point bending tests demonstrated significant mechanical performance improvements with virgin CFRP prepreg skins.
  • This method supports circular economy goals by enabling the use of waste materials in composite applications.

Cite This Study

Bellisario et al. (2025) studied this question.

synapsesocial.com/papers/68af70687567bf4f94febbfahttps://doi.org/10.3390/jcs9080451
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