Optimum size control technology The key to this technology is to pulverize all kinds of feed ingredients to the grain size that is most suitable for animal use, so that the compound feed product can achieve maximum feed efficiency and benefit. In order to achieve this goal, it is necessary to thoroughly study and master the optimal particle size of different feed ingredients for different animals. For aquafeeds, the correct microcrushing and ultrafine crushing techniques must be used. Batching accuracy control technology The use of error-free computer dosing control technology enables precise control of the amount of ingredients for each ingredient in each ingredient. A pre-mixed, high-precision micro batching system for trace additives. Mixed uniformity control technology Including compound feed, concentrated feed, additive pre-mixed feed, liquid feed mixing uniformity control technology. Choosing the right mixer and the appropriate mixing time and method are the key to ensure the quality of mixing. Granulation quality control technology In this regard, the first step is to control the quality of the feed, ie, the temperature, time, moisture content, and the degree of gelatinization of the starch, so that the state after conditioning is most suitable for granulation; the second is to control the hard pellet feed powder. Rate, cooling temperature and moisture, particle uniformity, consistency, water resistance. In order to achieve these requirements, it is necessary to provide a reasonable steam supply and control system and conditioning, granulation, cooling, screening equipment, and scientifically adjust the control parameters according to the different requirements of the product. Extruded pellet feed or expanded feed quality control technology The first is to control the quality of the feed, that is, to control the tempering temperature, time, moisture addition and starch gelatinization, so that the state after conditioning is most suitable for extrusion or expansion; the second is to control the extruded pellet feed. The degree of maturation, density, chalking rate, cooling temperature and moisture, particle uniformity, consistency, and water resistance. To achieve these requirements, we must provide a reasonable steam supply and control system and conditioning, extrusion, expansion, drying, cooling, screening equipment, and scientifically adjust the control parameters according to the different requirements of the product, to obtain customer satisfaction products. Liquid addition quality control technology With the continuous development of feed processing technology, many additives are added as liquids in powdered, granular, and extruded feeds to maximize the retention of these additives and reduce feed costs. In this regard, the first is to achieve precise control of the amount of liquid added; the second is to achieve even distribution or coating of the liquid in the feed; the third is to ensure the stability or potency of the liquid additive after spraying. The use of high-performance atmospheric liquid spray equipment, vacuum spray equipment and control technology in this regard is a technical guarantee. Feed Contamination Control Technology The sites where feeds cross-contamination mainly include: spilled and mixed in the storage process; residues in transportation equipment lead to cross-contamination between different products; cross-contamination caused by residue in silos and buffer hoppers; and residues in processing equipment. Cross-contamination; cross-contamination caused by harmful microorganisms and insects. Therefore, there is a need for non-residual transportation equipment, silos, processing equipment, and proper cleaning, sorting, and flushing technologies and independent production lines to meet the ever-increasing requirements for feed safety and hygiene. Clean feed quality control technology This aspect of control technology includes cross-contamination control techniques and includes the necessary heat treatment and sterilization of feeds. Heat treatment includes high temperature cooking, extrusion, high pressure treatment, ultraviolet radiation and other process technologies. These techniques can often be used in conjunction with ordinary processing techniques, or they can be implemented separately. Packaging Quality Control Technology The key to the technology: First, we must choose the right packaging material; Second, we must achieve accurate packaging measurement; Third, we must match the correct product description.
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