Galloping rate in usage of electronic equipment and smart materials has resulted in new demands in these areas. Among these needs, high production rate, low finishing price, and non-polluting effect on the printing technology is a kind of industry that is responsible for these environment can be named. Electronic this study, using silver nanowires, the intended conductive inks were made. In demands. One of the key elements to this technology is conductive ink. So, in conductive inks were fabricated. In this way, silver nanowires were synthesized the following, with addition of CNTs to the optimal conductive ink, hybrid glycol, ethanol, and glycerol using an ultrasonic process to obtain homogeneous using polyol method at first. The nanowires were dispersed in a mixture of ethylene conductive inks with 5, 10, 15, 20, and 25 wt. % Ag. Utilizing rheological substrate was created. The created patterns went under sintering procedure and tests, the optimal conductive ink was gained. Then, a conductive pen was made using the conductive ink and the pattern with intended dimensions on polyimide this way, the suitable temperature and time for sintering of optimal ink were inks, the intended patterns were created on the polyamide substrate and reached. Afterwards, with addition of certain amount of MWCNTs to the optimal conductive ink, hybrid conductive inks with 0.1, 0.15, 0.25, 0.5, and 0.75 wt. % CNT were made. Rheological tests were done on these inks likewise. Using microscopy (TEM) tests have shown that the nanowires were synthesized properly sintering process was performed at suitable conditions which were obtained earlier. Electrical resistance of the patterns was measured after bending cycles to investigate the mechanical stability of the inks. The results of X-ray diffraction (XRD), ultraviolet-visible (UV-Vis) spectrophotometry, field emission scanning electron microscopy (FESEM), and transmission electron wettability of inks with substrate diminishes. Based on the results of these with an approximate 100 dimensional ratio. Viscometry and surface tension tests indicated that with the increment of nanowires’ weight percent at ink, the established bonds among the present ethylene glycol molecules at ink and PVP on amounts of viscosity and surface tension increase. This increase is due to tests, the ink with 10 wt. % Ag nanowire (W10), 10.1 cp viscosity, 30.63±0.06 mN/m the surface of nanowires. Owing to the increment of ink’s surface tension, the completely done in none of these temperatures, the optimal temperature could surface tension, and the wetting angle of 17.11? was selected as the optimal ink. The results of 4-point probe test showed that with the increment of sintering temperature from ambient temperature to 160?C in 1 hour, specific electrical resistance of the pattern diminishes from 145.7±8.2 ??.cm and the linkage of nanowires together. As the sintering process has been to 38.5±2.6 ??.cm. This decrease is due to the progress of sintering process result, the optimal sintering time was considered to be 75 min. The results of not be estimated. Subsequently, owing to the constraints which the substrate has, the 160?C was selected as the suitable temperature. Also, following the resistivity reaches 33.7±2.9 ??.cm from 86.5±6.7 ??.cm. With the increment of process more than 90 min, no remarkable effect increase of sintering time at the 160?C from 15 min to 75 min, electrical rheological test for hybrid inks demonstrate that with the increment of is obtainable and the electrical resistivity diminishes to 32.0±1.8 ??.cm; As a w. % to 0.5 wt. %, the resistivity of layer diminishes to 0.104±0.003 ?.sq -1 nanowires at ink from 0.1 wt. % to 0.75 wt. %, the viscosity of ink from 8.4 cp to 9.8 cp, the surface tension from 30.75±.0.02 mN/m to 31.32±0.03 mN/m, and the wetting angle from 17.76? to 21.55? increase These increments are due to the increase of hydrogen interaction among ethylene glycol molecules and probe test showed that with the increment of nanowire’s amount at ink from 0.1 the linkage among ethanol molecules and the surface of nanowires. The 4-point from 0.111±0.003 ?.sq -1 , and this decrease is due to bridge-like role of nanowires and the subsequent reduction in effect of pattern’s holes. Increment of nanowire’s amount to 0.75 wt. % results in the increase of layer’s resistivity to 0.106±0.003 ?.sq -1 , and this is due to the increase of contact resistance in the pattern following the effect of CNTs’ collisions together or with the nanowires.