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In this research, using Green´s function method in Tight binding model, the spin polarization of output current have been investigated numerically in phosphorene zigzag hexagonal quantum Nano Ring connected to two semi-finite ideal linear leads. The results show that by controlling the flux passing through the center of ring and tuning the electric field, it is possible to determine the spin polarization of output current, the system can works not only as spin filter for Non-¬polarized input current, but also as spin inverter for polarized input current. Moreover, the total electron transmission through the system is studied to increasing the system efficiency. The spin polarization and total crossing are reported over than 90 that has many applications in spintronic, spin memories and quantum computers.