Concentrated feed for improving farrowing performance of pregnant sows and preparation method of concentrated feed
A technology of concentrated feed and pregnant sows, applied in animal feed, animal feed, application, etc., can solve the problems of reducing litter size, low crude fiber content, increasing environmental pressure, etc., to improve conception rate and embryo survival rate, Improve the utilization rate and nutritional value, and improve the effect of absorption and utilization rate
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[0024] A concentrated feed for improving the farrowing performance of pregnant sows, in parts by weight, comprising the following components (see the table below):
[0025]
[0026]
[0027] The multidimensional used in Examples 1-4, per kilogram of multidimensional includes: vitamin A is 22750-30333KIU, vitamin D3 is 4725-6300KIU, vitamin B2≥13.5g, vitamin B6≥2.1g, vitamin E≥189.1g, vitamin K3 ≥6.8g, vitamin B12≥0.05g, niacin≥68.6g, pantothenic acid≥34.9g, folic acid≥1.0g, biotin≥1.0g.
[0028] The polymineral that uses among the embodiment 1-4, comprises in per kilogram polymineral: copper 18.4-22.9g, iron 88.5-110.6g, zinc 28.5-35.6g, manganese 71.8-89.8g, iodine 0.26-0.33g, selenium 0.2 -0.25g.
[0029] The stone powder used in Examples 1-4 is feed grade stone powder, the main component is calcium carbonate, the calcium content is above 38%, the magnesium content is below 0.5%, and the content of other heavy metals is within the national standard.
[0030] Dibasic ...
Embodiment 4
[0034] The polymine described in Example 4 contains per kilogram: copper: 22.9g, iron: 110.6g, zinc: 35.6g, manganese: 89.8g, iodine: 0.33g, selenium: 0.25g, and the balance is carrier.
[0035] The preparation method of the concentrated feed that improves the farrowing performance of pregnant sows that embodiment 1-4 provides is:
[0036] (1) Accurately weigh each component;
[0037] (2) Because there are many raw materials, the proportion and weight of different raw materials are different. In order to ensure the uniformity of mixing, the feed mixer is divided into a small material feeding port and a large material feeding port; the small material feeding port and the large material feeding port are equipped with a screen Net, the feeding order of each component weighed by step (1) is as follows:
[0038] Large material feeding port: carrier, puffed soybean, fish meal, soybean oil, secondary powder, salt, stone powder, calcium hydrogen phosphate;
[0039] Small material fe...
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