Porket creep feed and production method thereof
A production method and feed technology, applied in the field of creep feed and its production, can solve the problems of low production performance, poor feed intake and high mortality of suckling pigs, and achieve the effects of optimizing quality, improving digestion and utilization, and being easy to digest and absorb
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Embodiment 1
[0033] Embodiment 1: produce 1000 kilograms of feed of the present invention according to the following steps:
[0034] (1) One-time crushing: crush high-quality corn, high-protein soybean meal, and Chilean white fish meal through a 50-mesh sieve respectively, take 300 kg of high-quality corn, 120 kg of high-protein soybean meal, and 30 kg of Chilean white fish meal and mix them evenly;
[0035] (2) High-temperature granulation: Refining high-quality corn, high-protein soybean meal, and Chilean white fish meal under the condition of 0.15MPa steam pressure for 55 seconds, and granulating at a high temperature of 95°C;
[0036] (3) Low-temperature cooling: put the high-quality corn, high-protein soybean meal, and Chilean white fish meal that have undergone high-temperature granulation into the cooling bin to cool to a temperature of 15°C;
[0037] (4) secondary pulverization: take 300 kilograms of puffed corn, 30 kilograms of puffed soybeans and mix them with the above-mentioned...
Embodiment 2
[0041] Embodiment 2: produce 1000 kilograms of feed of the present invention according to the following steps:
[0042] (1) One-time crushing: crush high-quality corn, high-protein soybean meal, and Chilean white fish meal through a 50-mesh sieve respectively, take 300 kg of high-quality corn, 120 kg of high-protein soybean meal, and 30 kg of Chilean white fish meal and mix them evenly;
[0043] (2) High-temperature granulation: Refining high-quality corn, high-protein soybean meal, and Chilean white fish meal under the condition of 0.2MPa steam pressure for 55 seconds, and granulating at a high temperature of 98°C;
[0044] (3) Low-temperature cooling: put the high-quality corn, high-protein soybean meal, and Chilean white fish meal that have undergone high-temperature granulation into the cooling bin to cool to a temperature of 10°C;
[0045] (4) secondary pulverization: take 300 kilograms of puffed corn, 30 kilograms of puffed soybeans and mix them with the above-mentioned ...
Embodiment 3
[0049] Embodiment 3: produce 1000 kilograms of feed of the present invention according to the following steps:
[0050] (1) One-time crushing: crush high-quality corn, high-protein soybean meal, and Chilean white fish meal through a 50-mesh sieve respectively, take 300 kg of high-quality corn, 120 kg of high-protein soybean meal, and 30 kg of Chilean white fish meal and mix them evenly;
[0051] (2) High-temperature granulation: Refining high-quality corn, high-protein soybean meal, and Chilean white fish meal under the condition of 0.3MPa steam pressure for 55 seconds, and granulating at 100°C at high temperature;
[0052] (3) Low-temperature cooling: put the high-quality corn, high-protein soybean meal, and Chilean white fish meal that have undergone high-temperature granulation into the cooling bin to cool to a temperature of 5°C;
[0053] (4) secondary pulverization: take 300 kilograms of puffed corn, 30 kilograms of puffed soybeans and mix them with the above-mentioned pr...
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