The formulated MOF inks were applied to textiles through a Dimatix DMP-2800 inkjet printer (Fujifilm Dimatix Inc., Santa Clara, USA). This printer has the ability to produce patterns covering an area of 200 × 300 mm 2 and can accommodate substrates up to 25 mm in thickness, being adjustable through Z-direction. The printer is equipped with a disposable piezo inkjet cartridge; the nozzle plate consists of a single row of 16 nozzles of ~21.5 μm diameter spaced 254 μm with a typical drop diameter of ~27 μm and 10 pL drop size. We adjusted the print head height to 1.5 mm; the formulated MOF-based inks were jetted reliably and reproducibly at 30 V and at ambient temperature. The substrate temperature was set to 35 °C to ensure quick drying after each print cycle. Frequent cartridge cleaning cycles were employed to avoid any nozzle blocking during the printing. Several blocks (1cm× 1cm) were printed to produce conductive textiles to optimize the print layer for optimum conductivity. We used a digital multimeter to measure the electrical resistances of the printed blocks. After printing the textiles were cured at different temperatures and times for optimizing the curing condition. The optimized printing and curing parameters were then used for electrode fabrication for supercapacitor application.