The utility model discloses a dual-inclination visualized top coal caving rule two-dimension simulation experiment table. Long strip angle iron and an organic glass slot are utilized to fix an organic glass frame on an upper part of a pedestal. A coal caving support is arranged in a coal caving support standing groove. A coal caving box is arranged in the standing groove. In a coal caving experiment, a top coal simulation medium, a top coal simulation mark point and a spoil simulation medium are arranged in the organic glass frame which takes the coal caving support as a bottom according to requirements. A hydraulic jack is adjusted. A telescopic tail beam is driven to move by manually pulling a draw ring to achieve coal caving of different coal caving orders at different coal seam dig angles. Top coal which falls in the coal caving box is removed out of the experiment table via the coal caving box. Meanwhile, the movement condition of the top coal simulation medium can be observed through the organic glass frame. With the dual-inclination visualized top coal caving rule two-dimension simulation experiment table, the top coal caving rule and the residual coal rate in different coal caving modes at different coal seam dig angles can be obtained, the high-efficiency simulation of practical top coal caving conditions of a working face can be achieved, and objects of rapidly and accurately obtaining top coal caving rules, guiding the inclination of the working face to reduce the residual coal rate and optimizing coal caving parameters are achieved.