Novel infantile complementary food
A new technology for infants and young children, applied in the field of new-type complementary food for infants and young children, can solve the problems of inconvenience to eat, few types of complementary food for infants and young children, and easy to agglomerate, so as to achieve the effect of convenient consumption, rich varieties of complementary food, and industrialized production.
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Embodiment 1
[0019] A new type of complementary food for infants and young children uses 100% infant formula milk powder as an ingredient, and on this basis, 0.5 times (mass multiple) of pure water is added, and the water is added and stirred evenly to form a flowable slurry, which is formed by drip injection molding , then quick-frozen, and finally freeze-dried; the drying conditions are: vacuum degree 50Pa, cold trap temperature -40°C, plate temperature 70°C for 1 hour; plate temperature 50°C for 10 hours, and the final moisture drying curve no longer Variety.
Embodiment 2
[0021] A new type of supplementary food for infants and young children uses 95% infant formula milk powder as ingredients, 5% millet flour is added on this basis, and pure water 0.6 times the total mass of milk powder and millet flour is added, and the water is added and stirred evenly to form a flowable slurry , the resulting slurry is formed by drop injection, then quick-frozen, and finally freeze-dried; the drying conditions are: vacuum degree 100Pa, cold trap temperature-35°C, plate temperature 80°C for 1 hour, and 60°C for 8 hours. The final moisture-drying curve no longer changes.
Embodiment 3
[0023] A new type of supplementary food for infants and young children uses 90% infant formula milk powder as ingredients, and on this basis, 5% millet powder, 3% carrot powder, and 2% walnut powder are added, and 0.8 times the total mass of millet powder, carrot powder, and walnut powder is added. Pure water, add water and stir evenly to form a flowable slurry. The resulting slurry is formed by dripping, then quick-frozen, and finally freeze-dried. The drying conditions are: vacuum degree 80Pa, cold trap temperature -38°C, plate temperature 75°C was maintained for 2 hours, 55°C was maintained for 6 hours, and the final moisture drying curve did not change.
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