Why Hydrolyzed Pearl Powder Is More Easily Absorbed By The Human Body?
Hydrolysis is a name for pearl treatment, which is not actually broken down with water, but with organic acids or enzymes. Hydrolyzed pearl powder is a kind of pearl powder that can be 100% soluble in water, and it completely retains the content of pearl protoplasm. Through various technologies, insoluble substances in the pearl ingredients are converted into soluble substances to improve the absorption rate and solve the problem that pearl powder is not easy to absorb.
The absorption rate of hydrolyzed pearl powder is much higher than that of ordinary pearl powder, and long-term consumption will not cause calcium deposition in the stomach. High quality pearl powder must be "hydrolyzed" such a process, no matter how fine pearl powder, as long as there is no "hydrolyzed", there will be a large number of sediments are difficult to be absorbed by the body.
The pearls are pulverized and taken daily to supplement nutrition, cure symptoms or as a supplement for pregnant women and fetuses. Like most traditional Chinese medicine, pearl powder is natural and mild, easy to absorb, long-term use can reach health care effect.
However, pearls must be pounded into powder before they can be taken by people. The fineness of pearl powder is very important. Because the heavy metals contained in pearl powder are harmful to human body, they must be removed. Traditional method of pearl pink have dry grinding method and the method of water wave, dry milling method of pearl fineness is not enough, it is difficult to absorb human body, and pearl powder containing impurities such as heavy metals harmful influence on human body, hydrolyzed pearl powder is prepared according to the requirement of food, but the process energy consumption is high, time consuming, cost is too high, can't be industrialized production.
The method of producing pearl powder by hydrolysis method not only meets the requirements of quality and impurity, but also is convenient, low cost and suitable for large-scale production.