Multiple Classify Wheel Classifier for yeast powder

Multiple Classify Wheel Classifier for Yeast Powder As the names is a mechanical equipment used in the production area, which is mostly used in pulverizing particles, fast pulverity, good accuracy.

Multiple Classify Wheel Classifier for Yeast Powder is applied to the ultrafine pulverization of the material. After the material is extracted, the properties of the powder will have a large change in the properties of the powder, which is high viscosity after being affected. Powder is extremely prone to aggregation in the feed opening, pulverizing cavity and exhaust pipe, requires special treatment processes and specific design. Shandong ALPA Powder Technology Co., Ltd. Designed and developed material smashed hit on the crushing of materials. MULTIPLE CLASSIFY WHEEL CLASSIFIER FOR YEAST POWDER Compressed Gas Transferred the material particles in the bucket into the disc shocking chamber 3 by the high-speed jet produced by the feed nozzle, and there are several jet nozzles around the pulverizing chamber. The fluid is generated in the pulverizing chamber to generate a hyperhightest swirl. The coarse particles in the opposite ultra-high-speed swirls in the ultra-high-speed swirls produced impact and friction in the intersection, and the particles were quickly pulverized. When the particles are pulverized below the fractional particle size below the fractional particle size, the centrifugal force of the particle movement is reduced, and the grading swirling is separated from the center outlet under action, and is collected from the center outlet. Such a pulverizer, the motion of the particles can be decomposed into two components in two directions in the intersection. In one direction, the direction of movement of the particles is substantially consistent, and there is no significant impact pulverization effect, and only in the other direction, the particles are opposite, and the particles produce effective impact. Therefore, this impact of this intersection is limited, and the energy of ultra-high-speed moving particles is not fully utilized, so the production energy consumption is still high.

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