WFJ ultrafine crusherThe equipment is composed of three parts: main engine, auxiliary engine, and electronic control. It has a compact design, reasonable structure, safe operation, and beautiful appearance, with wind selection and no screen or mesh. The machine is equipped with a sorting mechanism, which can complete crushing and grading in one go. Negative pressure conveying continuously discharges the thermal energy generated in the chamber during the crushing operation, making it suitable for the annual crushing of thermosensitive materials.

WFJ ultrafine crusherIt is a high-tech that has rapidly developed in the past 20 years, capable of adding micron or even nanometer sized micro powders to raw materials, and has been widely applied in various industries. Given that pulverization is a fundamental processing technique in the production and application of traditional Chinese medicine, ultrafine pulverization has increasingly attracted people's attention. Although it started relatively late and there are relatively few varieties developed, it has shown unique advantages and broad application prospects.

Technology is an important aspect of powder engineering, including ultrafine grinding of powder raw materials, high-precision grading, andSurface activityChange and other related content. According to the size of raw materials and finished product particles, orgranularityGrinding can be divided into coarse grinding, fine grinding, micro grinding, and ultrafine grinding, which is a rough classification.
newultrafine pulverizerGenerally, it is a sieve free typecrusherThe particle size of the crushed material is controlled by the airflow velocity, with a requirement of 95% passing through 0.15mm (100 mesh). It is generally used for special aquatic productsBaitOr aquatic open bait, ultrafine grinding is usually carried out by ultrafine crusherspneumatic conveying、classifierComplete the matching. The crushing particle size of raw materials is very fine, which may exhibit unexpected characteristics, but it also brings many problems, such as electrostatic adsorption, poor flowability of materials, high energy consumption for crushing, and increased efficiencyproduction costsThe impact on processing operations is significant, and these adverse effects can be overcome through different methods, such as changingfeed processingworkmanship
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