Do you know what is a flake ice machine evaporator?

Do you know what is a flake ice machine evaporator?

The evaporator of the flake ice machine adopts a vertical vertical bucket structure, which is composed of several main components of ice making, namely the ice blade, the main shaft, the water distribution plate and the water baffle. Driven by the reducer, they slowly rotate counterclockwise. Water enters the water distribution tray from the water inlet of the evaporator of the flake ice machine, and the water is evenly sprinkled on the inner wall of the evaporator through the sprinkler pipe to form a water film. The water film exchanges heat with the refrigerant in the flow channel of the evaporator, and the temperature drops rapidly. A thin layer of ice will be formed on the inner wall of the evaporator. Under the extrusion of the ice blade, the ice will break into pieces of ice, and then pass through The downspout fell into the freezer. Some water that has not been frozen flows back to the cold water tank from the water return port through the water baffle, and enters the next cycle through the cold water circulation pump.

The flake ice machine adopts high-efficiency spiral evaporator, fixed static vertical design, fully automatic protective welding equipment and heat treatment annealing furnace to ensure the high quality and performance of the evaporator. The ice making efficiency is high and the loss of cooling capacity is small; the flake ice machine is equipped with a complete fault protection device (high pressure or low pressure, water shortage, full ice, overload, phase sequence), which further improves the safety and stability of the ice machine , allowing the user to directly cut off the power to stop ice making when ice making is not needed. The evaporator is the core component of the whole flake ice machine, and its quality directly determines the quality and service life of the whole ice machine.

What are the advantages of flake ice machine evaporator?

Strictly control the central process at all levels, never miss any corner, to ensure the quality and quantity:

(1) Annealing heat treatment: remove the internal stress of the weld to ensure that the ice bucket will not deform;

(2) Polishing, pickling, drying: remove welding slag and other impurities to ensure that the refrigerant flow path and the entire refrigeration cycle system are clean;

(3) Welding defect detection: ensure that there is no damage during the entire welding process;

(4) Measurement of the thickness of the ice bucket: The roundness and processing thickness of the ice bucket will directly affect the freezing amount of the flake ice machine and the wear degree of the inner wall of the ice bucket and the ice blade.