Instant mulberry frozen dried fruit and preparation method thereof
A technology of mulberry fruit and dried fruit, applied in the field of ready-to-eat freeze-dried mulberry fruit preparation, which can solve the problems of unguaranteed product safety performance, easy adhesion on the freeze-drying plate, slow drying speed, etc., and achieve good dispersibility, The same taste and the effect of preserving nutrients
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Embodiment 1
[0021] Take 20kg of ripe fresh mulberry fruit, remove sundries, immerse in 100ppm chlorine dioxide aqueous solution for 3min, drain and set aside.
[0022] Put the mulberries into a freeze-drying tray and put them in a freezer below -35°C for 240 min.
[0023] Turn on the refrigerator to make the temperature of the refrigerant in the water trap reach -30~-40°C; during the vacuum freeze-drying process, the temperature of the heating plate is automatically controlled by the computer to increase the temperature, and the heating process of the heating plate is according to the function F=F l +k×(t / t 1 ) 2 carry out, F is the temperature of the heating plate at the time of temperature rise t, t=0~t l , the unit is min; the total time t 1 =1000min, the initial temperature of the heating plate F 1 =30℃, end temperature F 2 =60°C: k=30.
[0024] Put the pre-cooled mulberries into the vacuum freeze dryer, turn on the vacuum pump; when the vacuum degree of the vacuum chamber is eq...
Embodiment 2
[0027] Take 20kg of ripe fresh mulberry fruit, remove sundries, immerse in 50ppm chlorine dioxide aqueous solution for 5min, drain and set aside.
[0028] Put the mulberries into a freeze-drying tray and place them in a freezer below -35°C for 200 min.
[0029] Turn on the refrigerator to make the temperature of the refrigerant in the water trap reach -30~-40°C; during the vacuum freeze-drying process, the temperature of the heating plate is automatically controlled by the computer to increase the temperature, and the heating process of the heating plate is according to the function F=F l +k×(t / t 1 ) 2 carry out, F is the temperature of the heating plate at the time of temperature rise t, t=0~t 1 , the unit is min; the total time t l =1100min, the initial temperature of the heating plate F l =30℃, end temperature F 2 =55°C: k=25.
[0030] Put the pre-cooled mulberry fruit into the vacuum freeze dryer, turn on the vacuum pump; when the vacuum degree of the vacuum chamber ...
Embodiment 3
[0033] Take 20kg of ripe fresh mulberry fruit, remove sundries, immerse in 75ppm chlorine dioxide aqueous solution for 4min, drain and set aside.
[0034] Put the mulberries into a freeze-drying tray and place them in a freezer below -35°C for 180 min.
[0035] Turn on the refrigerator to make the temperature of the refrigerant in the water trap reach -30~-40°C; during the vacuum freeze-drying process, the temperature of the heating plate is automatically controlled by the computer to increase the temperature, and the heating process of the heating plate is according to the function F=F l +k×(t / t 1 ) 2 carry out, F is the temperature of the heating plate at the time of temperature rise t, t=0~t l , the unit is min; the total time t l =1200min, the initial temperature of the heating plate F 1 =34℃, end temperature F 2 =58°C: k=24.
[0036] Put the pre-cooled mulberries into the vacuum freeze dryer and turn on the vacuum pump; when the vacuum degree of the vacuum chamber i...
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