Preparation method of carrier surface recrystallization

Abstract

The invention belongs to the technical field of recrystallization, and discloses a preparation method for carrier surface recrystallization. According to the method, an original material can be efficiently and uniformly dried and cooled after being recrystallized, the drying position of the material is continuously changed, continuous pulsating vibration is also achieved through a sieve plate, so that the drying efficiency of the device is improved and the drying effect is ensured.

Description

technical field [0001] The invention relates to a preparation method for carrier surface recrystallization, belonging to the technical field of recrystallization. Background technique [0002] With the improvement of human living standards, the consumption of a single product is far from meeting the needs of consumers. The demand for trace elements or other added products has attracted consumers' favor, such as: biological peptides, ginkgo, I+G, etc. , the consumption of these elements is not easy to be too much, only a very small amount of use is beneficial to the human body, if excessive use will not only cause waste, but also cause side effects of excessive consumption, due to the use of very small amounts, it is often inconvenient to consume the amount Therefore, some manufacturers directly mix it into food additives and use them after mixing. However, because the quantity is too small, it cannot be mixed evenly. After testing by the technical supervision department, the...

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Problems solved by technology

[0004] The patent with the application number CN200810048713.X discloses a hydrolyzed fermented protein and its preparation method. The mother liquor after the amino acid production is added to the protein carrier and dried to make protein feed. However, the uniformity and distribution of the added protein carrier cannot be controlled. Firmness

[0005] The vibrating fluidized bed dryer at the present stage needs an external vibrating motor, so it consumes too much resources and cannot ensure that the vibration efficiency matches the drying efficiency of the hot air. At the same time, the cold air discharged from the cold air duct can only The material is cooled down, so the cold air will interfere with the drying effect. At the same time, if the material in the fluidized box is always in the air, it will not be possible to achieve a good feeding process. At the same time, drying the material at one position for a long time will cause drying. Uneven drying will lead to poor drying effect of the material, and what's more, it will cause damage to some parts of the material during the heating transition

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