Being simple in preparation, low at the costs, and flexible in beam control, multi-beam reflected array is very popular. In this paper, a design method of dual-channel independent multi-beam reflected array is proposed based on the polarization multiplexing meta-surface, and radiation pattern fast prediction is utilized together in combination with the algorithm to calculate optimal phase configuration. Specifically, the independent dual-and the multi-beam manipulations in dual-polarization are analyzed theoretically, and simulated by the electromagnetic software. The reflected array presents good radiation performance, consisting with the simulations especially in main lobe. As an experimental verification, a prototype is fabricated and tested in a standard microwave anechoic chamber, and the measured results are in accord with the simulations. The proposed reflected array has promising ability to generate the arbitrary and independent multi-beams, largely enhancing the information capacity of the meta surfaces, offering untapped potentials in wireless communication systems and multi-target radar systems. Being simple in preparation, low at the costs, and flexible in beam control.