Objective To study the effects of corona power on the properties of single-corrugated calcium plastic board. Methods The peel strength, compression strength and puncture strength of single-corrugated calcium plastic board produced after treatment with different corona power (30, 60, 90, 120, 150 W) were studied through experimental methods. Results When only considering the influence of corona power, the single-corrugated calcium plastic board achieved the maximum peel strength of 319.5 N when the corona power was 60 W. The flat compression stress-strain showed similar trends under different power. When the power was 90 W, the maximum stress value of 0.316 MPa was achieved, and the maximum puncture strength was 12.57 J. Conclusion By fitting the experimental data, it was concluded that the peel strength, compression strength and puncture strength of single-corrugated calcium plastic board first increased and then decreased with the increasing electric power, and the maxima were obtained when the corona power was 86.7, 92.692 and 89.5 W, respectively.