Table 4.

Textile yarns and fabrics coated with intrinsically conductive polymers.

ICP	Textile Yarns and Fabrics	Coating Technique	Electrical Resistivity or Conductivity	Reference
PAni	WO, CO, PA, and PET yarn	Solution polymerization	23 kΩ/cm/filament	[88]
PPy	PA-PU fabric	Solution polymerization	149 Ω/square	[91]
PPy	PA-PU fabric	Currentless coating	-	[92]
PAni	PES fabric	In-situ polymerization	-	[93]
PT PPy PAni	PET fabric	Knife-over-roll	3.8 × 1012 Ω (1.3 wt.%) 2.5 × 108 Ω (5.3 wt.%) 5.9 × 1012 Ω (6.2 wt.%)	[95]
PEDOT:PSS/EG	SE yarn	Dipping and drying	8.5 S/cm	[96]
PPy	CO	Dipping and drying	–	[97]
PAni	CO and PET fabric	Dipping and drying	2.28 × 10−4 S/cm (CO) 2.15 × 10−2 S/cm (PET)	[98]
PEDOT:PSS/EG	PET and PU fabric	Dipping and drying	-	[103]
PPy	WO yarn	Solution polymerization	50 Ω/cm	[104]
PPy	WO, CO, and PA yarn	Vapor polymerization	0.37–3 kΩ/mm	[105]
PEDOT:PSS	E-glass roving	In-situ polymerization	100 kΩ	[107]
PEDOT	PES fiber	Dipping and drying	600 Ω/cm	[108]
PAni	PU yarn	Solution polymerization	10	[112]
PEDOT:PSS	Viscose (CV)	Chemical vapor polymerization	-	[118]
PEDOT:PSS	CV and PET	Chemical vapor deposition	-	[119,120]
PEDOT	CO and PET yarn	Vapor polymerization	10	[126]
PPy	WO yarn	Vapor polymerization	0.43 kΩ/mm	[129]
PPy	CO and SE yarn	Vapor polymerization and solution polymerization	6.4 × 10−4 S/cm (CO) and 3.2 × 10−4 S/cm (SE)	[130]
PEDOT:PSS	SE yarn	Dipping and drying	2 kΩ/mm	[131]
PAni	PET yarn	Vapor polymerization	3 × 105 Ω/square	[132]
PPy (FC) PPy (FC + NDC)	PET nonwoven	Dipping and drying	178.9 Ω (FC) 100.6 Ω (FC + NDC)	[133,137]
PPy(TiO2)	CO fabric	In-situ polymerization	-	[134]