Cube Ice Making Machine Stainless Steel Touch Screen Low Cost Factory For Sell

CBFI Large-scale Edible Ice Machine is a fully automatic edible ice machine which adopts four leading technologies: ice thickness self-adjustment, ambient temperature self-adaptation, ice-forming automatic water replenishment and auxiliary condensation pressure stabilization system for the first time. The production process is fully automatic, and the ice cubes produced are uniform and beautiful, with no difference in thickness. The rational application of two patented technologies, flat wall heat exchange technology and circulating hot gas ice mining technology, provides sufficient technical guarantee for products to go global.

Cube ice machine features

Generally 22x22x22mm, 29x29x22mm, 38x38x22mm square granular, free of impurities, shiny transparent square ice hard, no powder, less crushed ice.
Compared with edible river ice tube ice, cube ice is thicker and less likely to melt.
Ice cubes are not easy to crush during transportation, easy to pack, and are suitable for various fields.
The ice cubes produced by the CBFI edible ice cube machine of Guangzhou Bingquan Refrigeration Equipment Co., Ltd. are safe and hygienic, and the hygiene standards meet the requirements of HACCP, FDA, and QS certification.

Ice making principle of ice cube machine
The ice making principle of edible cube ice machine is divided into ice making system and deicing system
The ice making system is divided into ice making circulating water system and refrigeration system. The water supply pipe on the top of the ice maker, the water flows down evenly along the ice maker, and the water close to the ice maker exchanges heat with the ice maker, and is condensed into ice, and the water that has not formed ice flows into the water tank, and is made again by the water pump The ice circulates continuously, and when the set ice thickness is reached, the deicing begins, and the single ice making ends. At the same time, the refrigeration system works together. The compressor compresses the low-temperature and low-pressure refrigerant in the system through suction, and the high-temperature and high-pressure vapor refrigerant compressed by the compressor enters the condenser, and the refrigerant is discharged at a constant pressure in the condenser. It becomes a saturated liquid under the condensing pressure, enters the recooler for subcooling, and then passes through the expansion valve for adiabatic throttling, and then enters the ice maker to exchange heat with the water flowing through the ice maker. The refrigerant absorbs the heat of water and boils, turns into a low-temperature and low-pressure vapor and is sucked into the compressor again. The above process is repeated until the ice thickness reaches the set thickness, and the single cooling process ends and enters the deicing process.

In the deicing process, when the thickness of ice reaches the set thickness, one group of deicing solenoid valves is opened, and at the same time, the circulating water supply solenoid valve of the group is closed. The hot refrigerant gas enters the ice maker, which increases the temperature of the ice. The ice on the surface of the ice maker loses its adhesion due to the slight melting due to heat. The ice is separated from the ice maker by its white weight and falls into the ice cube machine below. With temporary ice storage, output through the ice delivery screw. After one group of ice is removed, when the deicing and heating solenoid valve of the group is closed, the ice making circulation water supply solenoid valve is opened at the same time, and the ice making state is re-entered. At the same time, the deicing and heating solenoid valve of the other group of ice maker is opened. Enter the deicing process and cycle in turn until all the ice is deiced. Single deicing is over. When one group of ice makers is deicing, the other groups of ice makers are in the state of making ice.

Cube Ice Machine Paremeters