What are the main applications of an ice flaker?

　　What are the main applications of flake ice machines?

　　Specific applications of flake ice machines:

　　Large hydropower station dams, nuclear powerFlake ice machinesThe temperature-controlled flake ice machine is needed for large volume pouring in high-speed railways and high-rise building foundations. As the hydration heat is released during the curing process of the flake ice machine, the internal strength of the flake ice machine gradually increases. This phenomenon is not significant for small flake ice machine structures, but it has special significance for dam projects that require a large amount of flake ice machine pouring. During the curing process, the hydration heat causes the temperature to rise by 25°C, leading to an increase in the volume of the flake ice machine. After curing, the temperature of the flake ice machine decreases, and the volume shrinks. This process often leads to cracks in the dam. Therefore, the initial pouring temperature of the flake ice machine should be very low to ensure that the temperature during the curing period does not exceed the design unit's temperature. Although different countries and construction sites have different requirements for the pouring temperature of flake ice machines, ranging from 7°C to 15°C, each project needs to be equipped with a complete flake ice machine refrigeration system. Among them, adding flake ice is an effective pre-cooling method. Every 10 kilograms of flake ice can lower the temperature of one cubic meter of flake ice machine by about 1.2°C to 1.4°C.Flake ice machinesThe flake ice machine cooling system we are committed to developing includes automatic ice storage, spiral conveying devices, gas delivery systems, automatic metering systems, and automatic monitoring systems. Automatic ice storage is an important part of the ice delivery system. In traditional rake-type ice storage, because the ice rake can only rake ice from the top, the ice at the bottom stays in the storage for a long time, easily leading to severe freezing, making it impossible to remove the ice from the storage with the rake. The crawler-type automatic conveyor for ice storage is equipment developed to solve the 'strong ice layer' problem. A crawler conveyor belt is formed at the bottom of the ice storage chamber, which can move forward as a whole to deliver ice to the spiral conveyor section at the outlet. This way, the ice at the bottom will not stay in the reservoir for a long time, and severe freezing will not occur.

　　Our gas ice delivery system can use high-pressure gas to transport ice through pipelines to distant or even elevated locations. The application range is very broad. For example, in the preservation industry, this system can directly deliver ice to places where ice is needed, such as fishing boats; in chemical plants, this system can be used together with metering devices to simply and accurately deliver all amounts of ice to chemical reaction furnaces that need cooling.

　　The ice cover evaporator adopts a fixed static vertical design, which is an internal scraping ice-making method. The spiral ice knife runs counterclockwise on the inner wall, reducing wear on the ice knife and the evaporator's inner wall, with high sealing performance effectively preventing refrigerant leakage. The evaporator is made of 304 stainless steel and uses an automatic argon arc welding process. The ice knife is made of 304 stainless steel, with a one-time molded washing bed, which is beautiful and elegant. The design life of the evaporator exceeds 10 years!

　　Seawater flake ice machines are cast using stainless steel, corrosion-resistant aluminum alloys, and special surface-treated alloys, placed directly on fishing boats, and use seawater to make ice directly, which is then placed in a general warehouse. The load of the vessel can be greatly reduced, and fuel costs can also be significantly saved. The tilt angle of our flake ice equipment is within 35 degrees, allowing water circulation without overflow, for normal use. It occupies a small area, has low noise, is energy-saving and environmentally friendly, and you can choose the required model based on the amount of ice used.