Hammer Mill of Chemical Medicine As a smashing main equipment, the role acting is also growing, in the industrial sector of metallurgy, mine, chemical, cement, requires a large number of raw materials and reuse waste every year. Processing is performed with a classifier. In the coking plant, sintering plants, ceramics factories, glass industries, powder metallurgy, etc., need to break the raw materials to the particle size of the next job requirements. In the chemical, power sector, the hierarchy, the raw material is broken, grind, and increases the surface area of the material, has created favorable conditions to shorten the chemical reaction of the material.
Hammer Mill of Chemical Medicine 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, and it appears to be 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.
Hammer Mill of Chemical Medicine Compressed Gases Transmit the material particles in the bucket into the disc shocking chamber 3 by the high-speed jet produced by the feed nozzle, and a number of jet nozzles are provided around the crushing chamber. The high-speed fluid is sprayed in the direction, producing an ultra-high speed swirl in the crushing chamber. 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 to the pulverizing particle size below the pulverized particle size, the centrifugal force of the particle movement is reduced, and the pulverization is separated from the center outlet, and is separated from the center outlet and collected. 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.
So, this impact of the intersection is limited, and the energy of ultra-high-speed moving particles has not been fully utilized, so the production energy consumption is still high.
ALPA Pigment HAMMER MILL OF Chemical Medicine case share: This customer needs to use the pigment ultrafine pulverized equipment during its production. Through the ultrafine pulverization of the pigment to improve the quality of the product, after many other equivalents, we have chosen our AlPa Hammer Mill of Chemical Medicine. Compared with the same type of equipment, our company's product reliability is higher, the pulverized particle size is more uniform, and the particle size after pulverization is narrow, and there is no too much particle size range.
Technical parameters:
finished particle size: D90: 13μm;
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