Table 1.

Coating formulations successfully screen-printed onto dry textile electrodes

Coating material composition	Layers	Heat curing	Pass/fail
Carbon	3	140 °C, 2 min	Pass on FS, RS, FC, and RCa
Carbon + 2.5% ILb	3	140 °C, 2 min	Pass on FS, RS, FC, and RC
Carbon + 5% IL	3	140 °C, 2 min	Pass on FS, RS, FC, and RC
Carbon + 7.5% IL	3	140 °C, 2 min	Pass on FS and FC Fail on RS and RC
PEDOT:PSS + 12.5% PDMS	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC
PEDOT:PSS + 6.25% PDMS	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC
(PEDOT:PSS + 6.25% PDMS) + 2.5% IL	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC
(PEDOT:PSS + 6.25% PDMS) + 5% IL	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC
PEDOT:PSS + 12.5% (PDMS + 1% CNT)c	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC
PEDOT:PSS + 6.25% (PDMS + 1% CNT)	2	150 °C, 10 min	Pass on FS Fail on RS, FC, and RC

^aFS flat textile electrodes made of silver yarn, RS raised 3D textile electrodes made of silver yarn, FC flat textile electrodes made of carbon yarn, RC raised 3D textile electrodes made of carbon yarn

^bCarbon-based coatings were mixed with 2.5% IL

^cPEDOT:PSS-based coatings were mixed with 6.25% PDMS and 1% CNT