Comparison of Material and Processing Technology of Feed Mix
Comparison of the material and processing technology of the feed mixer: In the production of feed, we often deal with the feed mixer, and its importance is mainly reflected in the material and processing technology of the feed mixer. Feed mixers are generally divided into two materials: ordinary carbon steel and stainless steel. Normal carbon steel feed mixers are used for the production of conventional concentrates and full-price pellets, and stainless steel feed mixers are used for additives and premixes.
In the mixing process, the horizontal ribbon mixer and the double-shaft paddle feed mixer are mainly used for the production of large-volume concentrate feed powder or pellets, and the single-shaft feed mixer is mainly used for mixed feed containing crude fiber. Mixing operation. Both the single-shaft double-spiral feed mixer and the double-shaft paddle feed mixer are equipped with a liquid addition system, which can ensure that water or grease is added to the mixed feed. In normal use, the double-shaft paddle feed mixer has a large opening at the bottom for discharging, and it needs to be equipped with a buffer silo or a silo dragon to be convenient to use. In terms of discharging methods, single-shaft feed mixers are generally manual discharging, and dual-shaft paddle feed mixers are manual discharging and pneumatic discharging. Such pneumatic discharging methods need to be equipped with air compressors. The feeding method should be selected in combination with the load of the feed mixer in the concentrated feed equipment and the coordination between the equipment. The conventional plug-in manual feeding method is widely used in some simple procedures, but it is used in larger production equipment. Among them, pneumatic feeding has been recognized by people because of its short time, fast feeding, tight closing, and labor saving.
The material and mixing processing technology of the feed mixer are of great importance to the continuous work and effective output of feed production and the quality of mixing and mixing. We should pay enough attention to the selection and use of feed processing units to ensure the feed The mixer brings benefits to our production.
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