Abstract
In recent years, RFID has received widespread attention and has been widely used in the fields of logistics, transportation, pharmaceutical and other industries. In order to reduce the production cost of RFID and broaden the scope of RFID applications, the influence of flexographic process parameters on the performance of RFID tags has been studied. In this experiment, the effects of nano-silver conductive ink viscosity, printing speed, printing pressure and drying time of conductive ink on the conductive properties of printed RFID, line expansion, ink layer thickness and bending resistance were investigated by orthogonal test. We found that when the nano silver conductive ink viscosity is 1100 cp, the printing pressure gap is 200 μm, the printing speed is 20 m/min, and the drying time is 1 min, the RFID resistance value is 388 Ω, the line width is 861 μm, and the ink layer thickness is 4.05 μm, the RFID has good bending resistance and optimum performance.
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