Table 6.

Summary list of graphene-based materials with details of their manufacturing processes and electrical properties.

Year	Substrate	Coated with	Method	Electrical Properties	References
2015	Cotton	Graphene nanoribbon	Wet coating	80 Ω	[125]
2014	Cotton yarn	Graphene/graphite	Trapping	2.5 kΩ/□	[126]
2016	Cotton	Graphene nanosheets	Dyeing drying	7 Ω	[127]
2017	Cotton	Graphene oxide	Vacuum filtration	0.9 kΩ/□	[128]
2021	Cotton	Graphene oxide	Immersing	22–34Ω	[129]
2021	Cotton	Graphene	Dyeing drying	1.1 S cm−1	[130]
2015	Silk	Graphene oxide	Immersing	3595 S m−1	[131]
2019	Silk	Graphene Oxide	Dip-pad	3.06 × $10{}^{-4}$ S cm−1	[132]
2019	Cotton thread	Graphene oxide	Dip-coating chemical reduction	~1.0 S cm−1	[133]
2022	Gigantea yarn	Graphene oxide	Pad dyeing	6.9 S m−1	[134]
2013	Polyester	Graphene oxide	Chemical reduction	23.15 Ω. cm2	[135]
2017	knitted	Graphene oxide	Dyeing drying	0.19 MΩ/□	[136]
2019	Para-aramid	Graphene/waterborne/polyurethane	Dip coating	7.5 × $10{}^4$ Ω/□	[137]
2017	Nylon	Graphene oxide	Dip coating	112 KΩ$/{\mathrm{m}}^2$	[138]
2020	Cotton	Graphene	Dip- and brush-coated	13000 S m−1	[139]
2020	Poly-cotton	Graphene	Pad dry	11.9 Ω/□	[140]
2020	Cotton	Graphene	Screen-printing	100 Ω/□	[141]
2021	Cotton	Graphene ink	Screen-printing	1.18 × $10{}^4$ S m−1	[142]
2021	Polyester elastane	Graphene nanoplatelets	Screen-printing	10.26 S m−1	[143]
2015	Nylon	Graphene oxide	Dip coating	4.5 S cm−1	[144]
2015	Cotton	Graphene oxide	Dip coating	40 Ω/□	[145]
	Modified cotton			510 Ω/□
2013	Nylon yarns	Graphene oxide	Electrostatic self-assembly and low temperature reduction	1000 S/m	[146]
2014	Cotton	Graphene oxide	Brush coating drying	100.8 kΩ/□	[147]
	Wool			45 kΩ/□