Microstructure analysis for typical carbon fiber connector
LIU Dan
QI Wei-min
LI Fu-ying
REN Yan
Abstract：The connection of metal fittings is connectors, so that it is necessary to connect the carbon fiber material with the metal material to meet the practical application. However, the microstructure of carbon fiber has a great influence on its performance. Aiming at the above mentioned problem, the microstructure of carbon fiber was analyzed. The PAN100 and PAN200 carbon fiber materials were prepared and taken as the research object to characterize their microstructures. The results show that the phenomenon of cross linking, adhesion or abrasion between the fiber bundles on the partial surface areas of PAN100 carbon fiber is observed. While the PAN100 carbon fiber is smoother than PAN200 carbon fiber, and has uniform surface structure, fine fiber and no cracks or holes. The physical performance of PAN200 carbon fiber is better than that of PAN100 carbon fiber, so that the PAN200 structure is more suitable for carbon fiber connector than PAN100 carbon fiber.
Keywords：carbon fiber connectormicrostructuredisplay spacehomogenization treatmentdegree of graphitizationphysical propertythermal stabilitychromatography
Publication Date：2017-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：6( 629-634 )