The purpose of the ice machine

The purpose of the ice machine

Generally speaking, the functions of ice are divided into three types: one is for cooling, the other is for eating, and the third is for artificial scenes for viewing.

In detail, ice machines are widely used in industries such as aquatic products, food, supermarkets, dairy products, medicine, chemistry, vegetable preservation and transportation, and marine fishing. With the development of society and the continuous improvement of people's production levels, the industries that use ice Wider and wider, the quality requirements for ice are getting higher and higher. The requirements for "high performance", "low failure rate" and "hygiene" of ice machines are becoming more and more urgent. Flake ice machines are currently used in the processing of aquatic products, meat products, food processing, supermarkets and aquatic product markets, and long-distance transportation. They are also used in laboratories, pharmaceuticals, chemicals, and artificial ski resorts. Widely used in concrete engineering.

Are you curious about how the flake ice machine makes ice? First of all, when making ice, we need to add salt to the water. This so-called salt is actually the medicine we take when we are sick, and the effect is the same. Specifically, how much salt needs to be added, and how much water needs to be added, and then adjust the modulation pump. We can see that the main body of the ice machine is divided into two parts. There is actually a copper tube with a certain density inside, which is the equipment for the convenience of refrigeration. The refrigerator is a very regular stainless steel cavity from the outside.

The principle of refrigerant ice making is actually not difficult to understand. First, the water storage tank has been frozen and passed through the evaporator which is continuously circulated by the water pump, and then after the compressor is running, it can obtain ultra-low temperature evaporation, heat absorption and vaporization through a series of internal structural processes. Because frozen water continuously condenses into an ice layer on the surface of the low-temperature evaporator in water at zero degrees Celsius, and when it reaches a certain thickness, a heat pump can be used to form ice.