The invention discloses an analysis simulation experiment device for the adhesiveness in the liquid-food film falling process. The analysis simulation experiment device comprises a sealing container provided with a middle transparent shell 2, a flow dividing disc 6 capable of dividing the container into an upper cavity and a lower cavity and a heat exchanging pipe 4. The bottom of the lower cavity is connected with a circulating pump 14 through a pipe line; the upper cavity and the lower cavity are also connected with a vacuum pump 8 provided with a pressure meter 7; the upper cavity is provided with a temperature sensor 11, a heating bar 12 and a heating control unit; the periphery, located at the penetrating part of the heat exchanging pipe, of the flow dividing disc 6 is densely covered with small holes with the diameter of 3 mm to 8 mm, a hopper-shaped film distributing device 5 is arranged at the lower portions of the small holes; the heat exchanging pipe is located in a hopper opening of the a hopper-shaped film distributing device, and the gap between the heat exchanging pipe 4 and the hopper-shaped film distributing device is 0.1 mm to 0.3 mm. The analysis simulation experiment device aims at deeply researching the adhesiveness characteristic of liquid food on the contact surface of the heat exchanging pipe in the different environments and different surface qualities, the scaling problem when existing liquid food is evaporated and concentrated is solved, and the aims that the production efficiency is improved, materials are saved, energy consumption is reduced, and the washing process is reduced are achieved.