According to the tensor based polarization light holography theory, we find that the faithful reconstruction of the polarization state of the signal light can be realized as long as the polarization directions of the read reference light and the reconstructed light are not orthogonal to each other, when the linearly polarized light with polarization direction in the incident plane is taken as the recording reference light and the interference angle at the recording stage is 90°. Besides, the intensity of the reconstructed light is affected by the polarization state of the read reference light. Furthermore, the faithful reconstruction of signal light under more relaxed conditions is verified by the theoretical and experimental results. This conclusion is helpful to extend our cognition of polarization holography, and based on this, we can design and fabricate polarization devices to change the propagation direction of the incident light.