This invention discloses an ultrafine organic
calcium supplement
solid beverage and its preparation method. It comprises a carrier
powder derived from natural plants, ultrafine organic
calcium source
powder, and ultrafine
low glycemic index sweetener
powder. The
particle size distribution of the organic
calcium source ultrafine powder is D90≤10μm. All three components form a uniform mixed powder
system. This invention significantly increases the specific surface area of the calcium powder through physical ultrafine pulverization technology. Combined with a specific
dry mixing process, it solves the technical problems of existing
calcium supplement beverages, such as complex formulations,
high calcium source
irritation, uneven
raw material dispersion, and poor reconstitution performance. The product formula of this invention is extremely simple and pure. Using an organic calcium source, it can be efficiently absorbed without the participation of
gastric acid, is gentle and non-irritating to the
stomach and intestines, and has a smooth, clumpy taste after reconstitution. Its preparation method is simple, energy-efficient, and easily scaled up industrially. The resulting
solid beverage is suitable for all
age groups, especially children, people controlling their
blood sugar, and middle-aged and
elderly people with sensitive stomachs, as a daily dietary
calcium supplement.