How to make silage using fermentation The conventional silage method is difficult to grasp due to some technical problems and is prone to failure. It wastes resources and delays farmers' time and affects the efficiency and efficiency. However, it is relatively easy to produce silage by fermentation. Not only is the success rate high, but also The finished product is better than the one without the starter, and its appearance and nutrient content are several grades higher than those of farmers. First, the basic principle: Compared with the production of pure fermented feeds, the difference in the production of silage with starters is relatively low. The emphasis is on the rapid and efficient formation of anaerobic protection of the environment and the timely and effective protection of nutrients in the materials. At the same time, with the progress of fermentation, the nutrient composition and palatability of the product feed have been greatly improved, and the digestibility and feed-to-meat ratio have been increased. Jinbao Silage Fermentation Aid adopts the latest international microbiological engineering technology achievements from Europe, the United States, Japan and South Korea, combined with its own Intellectual property, a high-performance strain obtained by a series of high-tech means such as separation, screening, mutagenesis, purification, and rejuvenation, and a dry powder live microbial preparation prepared by compounding with other special effects substances. The product is slightly scented with alcohol and contains various functional microbial flora such as lactic acid bacteria, bacillus, yeast, and filamentous fungi. The total content of effective functional live bacteria is over 10 billion/g or more. It can be used to make silage and can be greatly improved. The success rate of silage improves feed quality. Suitable for making a variety of silage Second, the role of function The silage made from the use of Gumba Silage Fermentation Aid, in addition to the advantages of conventional silage, also increases bacterial protein due to fermentation, palatability, nutrition, and digestibility are higher and better, thereby effectively reducing the total cost of feeding After the silage made from this product is eaten by animals, a large number of functional microorganisms can directly participate in the barrier function of the animal's intestine, supplement the population and quantity of beneficial microorganisms in the animal's intestine, form a "dominant beneficial bacteria group", and stop pathogenic microorganisms. Colonization and growth propagation, restoring and maintaining the microecological balance in the animal's intestine, thereby improving the animal's immunity and disease resistance, making the animals less sick, allowing farmers to save worry and money; the silage produced contains powerful functions The microbial flora can destroy the tough cell walls of feedstuffs and convert some of the hard-to-degrade “macromolecule†substances such as cellulose and pectin into “small molecules†such as monosaccharides and oligosaccharides, and produce a variety of organic substances. Acids, vitamins, enzymes, amino acids and many other unknown growth factors increase the nutritional level and digestion of silage Use rate, allow the animal to "eating without digesting," "do not eat flesh" phenomenon has been effectively improved. Third, how to operate? Using silage silage fermentation auxiliaries to make silage has a higher success rate than conventional silage. The appearance, color, taste, odor, bacterial protein, crude protein, and nutrient conversion rate of the feed are greatly improved in all aspects, and the quality is improved. Okay, so the price is better. Specific operations are as follows: 1. Timely harvest: Pay attention to the cutting time of the silage materials and harvest in time. Generally close-growing barley corn in the milk stage, legumes in the early flowering stage, gramineous grasses in the heading stage, sweet potato vines harvested in front of the frost. The moisture content of the silage material was adjusted to 60-70%, and then the cellar was started. With the stepping on, while loading the raw materials, the fermented fungicide was sprayed, and each time was loaded with 30 cm or so, especially when the edge was stepped on. The better. Fill the whole cellar as much as possible. 5, cover grass soil: loading capacity to be higher than the edge of 30 cm to prevent silage sinking. Surround with a board, etc., remove the board after sinking for 2-3 days, cover with a layer of grass that is cut short to 5-10 cm and a thickness of about 20 cm, and then cover the soil with a solid cover. The thickness of the cover soil is 60 cm. In the shape of a hoe, take a flat surface and dig a drain around the pit. The first few days should pay attention to the inspection and found that the cover cracks repaired in time. When the silage is produced by the plastic film covering method, the other steps are the same as the general silage, but it should be noted that after the final covering of the plastic film, the soil is pressed or pressed with other heavy materials, and the film should be tightly sealed to prevent air leakage. Organic Red Wolfberry,Dried Red Wolfberry,Goji Berry Ningxia Wolfberry,Red Color Dried Goji Berry NINGXIA STARLIGHT FOOD TRADE CO.,LTD , https://www.starlightfood.com
2. Rapid transportation: The raw materials shall be transported to the silage site in time after harvesting to prevent the water from evaporating, the cell respiration, and the material oxidation to cause nutrient loss.
3, the material length is appropriate: generally cut the raw material into 2-3 cm, in order to facilitate the cellar, solid, compaction, exhaust, while the settlement is more uniform, less nutrient loss. In addition, short-cut plant tissue can ooze a lot of juice, which is conducive to the growth of lactic acid bacteria and speed up the silage process.
4. Substrate loading: 1 kg of 5-10 tons of silage fermentation material for silage. The gold babe silage fermentation aid with rice bran (wheat bran or corn flour) in proportion of about 1:10 dilution, spray water, material moisture adjusted to 60-70%, standby. Whether the water is suitable or not is judged by the method: grab a handful of material, see the water does not drip, landing can disperse but it can be.