The impact of reduced graphene oxide on the properties of polyamide 6

Polyamide 6 (PA6) nanocomposites with electric and thermal conductive properties were formulated via melt processing of PA6 diff erent inclusion reduced graphene oxide (RGO). These showed that the small percolation threshold perfect formation link form 0.5 wt % ~3.0 RGO, respectively. Examination crystallization confi rmed RGO enabled structure mostly through speeding up ofcrystal nucleus, reaching biggest smallest crystal grain extent to 2.0 what generation most unfl awed crystalline matrix. Dynamic rheological testing results indicated frequency-independence G’ abruptly decrease phase angle at small-frequency area content specifi es alteration state from liquid-state solidstate performance, validates development in function a crosslinking factor. The progress fi re-retardant characteristics was att ained due structure. Morphological research spread consistently outcomes cone calorimetry fl ame-retardantcharacteristics promoted addition tests show substantial capacity for bulk manufacture polymer/RGO nanocomposites.