A graph reflection structure applied to a three-dimensional display, and manufacturing method thereof; a graph reflection structure (401) is provided between a backlight source (302) and a transmission-type display screen (301), and comprises a transmission area (402) and a reflection area (403); the reflection area (403) is provided with a reflection layer (404) and an absorption layer (405); the reflection layer (404) is provided at one side of the graph reflection structure (401) adjacent to the backlight source (302); the absorption layer (405) is provided at a surface of the graph reflection structure (401) adjacent to the transmission-type display screen (301) and is used to absorb light reflected by the transmission-type display screen (301) to the graph reflection structure (401); a projection of the absorption layer (405) in a vertical direction of the graph reflection structure (401) overlaps a projection of the reflection layer (404) in a vertical direction of the graph reflection structure (401); the reflection layer (404) in the graph reflection structure (401) can reflect the light in the reflection area (403) to the backlight source (302) for repeated utilization, such that brightness of a three-dimensional display is improved; and the absorption layer (405) in the reflection area (403) can absorb the light reflected by the transmission-type display screen (301) to the reflection area (403) of the graph reflection structure (401), thus avoiding crosstalk caused by the light being emitted from the reflection area (403) of the graph reflection structure (401).