This paper aims to revolutionize the understanding of the mechanical properties of carbon fiber composites within the field of tribology. By introducing a groundbreaking preparation technique, they aspire to significantly elevate the practical applications of these composites in diverse industries.
This study explores the innovative use of liquid crystal polymer (LCP) as a matrix material, combined with polyethylene glycol (PEG) as a superior lubricating medium. These components were expertly bonded to the surface of carbon fiber cloth (CFC) using a specialized hot press technique, resulting in CFC/LCP-PEG composites that exhibit remarkable wear resistance. Our comprehensive analysis examines the tribological properties and wear mechanisms at different concentrations, speeds and loads while investigating how tensile strength enhances the mechanical characteristics of the CFC/LCP-PEG composites.
The results demonstrate that CFC/LCP-PEG composites significantly surpass the original CFC, achieving a substantial reduction in friction coefficient, improved wear morphology and extraordinary enhancements in tensile properties. Furthermore, our cell experiments confirm that these composites are not only environmentally friendly and non-polluting, but they also represent a compelling and sustainable solution for industrial environmental protection.
In summary, the hot press film-forming process proposed in this study can effectively improve the wear resistance and tribology properties of the CFC/LCP-PEG composites.
The peer review history for this article is available at: Link to ClarivateLink to website of Clarivate
