Objective To investigate the effects of calcium plastic corrugated molding temperature and speed on the compression performance of single tile calcium plastic board. Methods At velocity of 2 m / min, 2. 5 m / min, 3. 0 m / min, 3. 5 m / min or 4. 0 m / min and experimental temperature of 130 ℃ , 140 ℃ , 150 ℃ , 160 ℃ or 170 ℃ , calcium plastics sheets were made into calcium plastic corrugated core paper using the calcium plastic corrugated machine. The calcium plastic corrugated papers prepared under different molding temperature and speed were adhered together with kraft paper using self- made water- based adhesive to prepare single tile calcium plastic plate for flat crush test, and the experimental results were analyzed. Results If the influence of temperature was not considered, when the calcium plastic corrugated molding speed was 3. 5 m / min, the compression strength was 267 kPa, reaching the maximum value. If the influence of the speed of calcium plastic corrugated molding was not considered, when the temperature was 130 ℃ , the flat compression strength reached a maximum value of 272 kPa; when the calcium plastic corrugated molding temperature was 170 ℃ , the flat compression strength reached the minimum value ( 220 kPa) . The comparison of single tile calcium plastic board and the 3 layer C type, BC type, BC type 4 layer 5 layer corrugated cardboard showed that the press strength of flat plastic cardboard with single tile was by 202 kPa higher than that of the 3 layer corrugated cardboard flat; and by 123 kPa higher than that of the 4 layer corrugated cardboard flat. Conclusion The compression strength of single tile calcium plastic plate flat first increased rapidly then slowly ( with a maximum value of 266 kPa) with the increase of corrugated plastic molding speed. With the increase of the forming temperature for calcium plastic corrugated tile, the compression strength of single calcium plastic plate flat decreased, but stopped decreasing after reaching a certain value (220 kPa) .