Carbon Nanotube and Graphene Based Polyamide Electrospun Nanocomposites: A Review

Table 1

Polyamide electrospun nanofibres reinforced with 1D and 2D carbon.

Nanofiller	Functionalising agents	Polymer matrix	Solvent	Reference
P-MWCNTs	—	PA66	FA	[32]
O-MWCNTs	H2SO4/HNO3	PA66	FA	[32]
A-MWCNTs	EDAC/DMA	PA66	FA	[31]
O-MWCNTs	Not specified	PA66	FA/DCM	[35, 39]
O-SWCNTs	H2SO4/HNO3	PA6	FA	[40]
P-MWCNTs	—	PA6	FA	[41]
P-CNTs	—	PA6	HFIP	[42]
MWCNTs-OH	KMnO4 in the presence of a phase transfer catalyst/dispersed in DMF	PA66	FA	[43]
O-MWCNTs	HNO3/HCl dispersed in DMF	PA11	FA/DCM	[44]
A-MWCNTs	SOCl2/EDA	PA66	FA	[34, 45]
O-MWCNTs	H2SO4/HNO3	PA6	HFIP	[46]
O-MWCNTs	HNO3/HCl dispersed in Triton X-100	PA610	HFIP	[47]
O-MWCNTs	HNO3/HCl dispersed in DMF or Triton X-100 and sodium dodecyl sulfate	PA66	FA	[48]
P-MWCNTs	Dispersed in Triton X-100	PA6	HFIP	[49]
A-MWCNTs	SOCl2/EDA	PA6	FA	[50]
P-MWCNTs	—	PA6	FA	[50]
O-MWCNTs	H2SO4/HNO3	PA6	FA	[51]
Ac-MWCNTs	Friedel-Crafts acylation	PA6	FA	[52]
P-MWCNTs	—	PA6	FA	[52]
O-MWCNTs	Commercially obtained	PA6	HFIP	[53]
O-MWCNTs	Commercially obtained	PA6	Cresol/FA	[54]
RGO	Hydrazine	PA66	FA	[55]
NGO	Oxoammonium salts	PA6	HFIP	[41, 56]
RGO	Hydrazine	PA66	FA/DCM	[33, 57]
RGO	Hydrazine	PA66	FA	[57]
GnPs	Commercially obtained	PA6	HFIP	[58]
GO	Hummers method	PA66	FA	[32]
AGe	EDAC/DMA	PA66	FA	[31]
RGO	Hexamethylentetramine	PA66	FA	[32]
TiO2-RGO	Hydrothermal method	PA6	FA/AA	[59]
RGO	Hydrothermal method	PA6	FA/AA	[60]
GO	Hummers and Offeman’s method	PA6	FA	[61]
RGO	Hydroiodic acid	PA6	FA	[62]
BSA-GO	Electrostatic self-assembly	PA6	FA	[63]