Archive for the ‘SCM series super thin mill’ Category

Application

SCM series super thin mill is around the bases of our company’s production knowledge for greater than 15 years. We absorb advantags in the exact same trade abroad and at dwelling. We critique, study and attempt on 12 types of mills and horizontal hammer crushers. And ultimately we created this high-efficiency and low-cost super thin mill by investigation and trial. This grinding mii is usually a equipment which produces thin powder and super thin powder. It is actually applicable to non-flammable and non-explosive supplies with hardness much less than six, for example calcite, chalk, limestone, dolomite, kaolin, bentonite, talcum, talc, magnesite, illite, pyrophyllite, vermiculite,sepiolite, attapulgite, rectorite, diatomite, barite, gypsum, alum earth, graphite, fluorite, variscite, potash ore ,floatstone.

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Characteristics and added benefits

Higher efficiency In very same situation of completed particle size and energy of motor, the output is 40% greater than airflow mill and whisk mill. Higher working with rate on the quick-wear element In exact same situation of material and finished particle size, the lifetime of your quick-wear portion is longer than that of impact crusher and turbine crusher. It can be commonly a single year. Higher security Simply because there are actually no axle tree and bolt within the grinding antrum, there might be no wearout of bearing and sealingpart, also no loose ofbolts. Environmental protection It will lighten polution and noise by utilizing dust cleaner and muffler, which achieves environmental protection requirement.

Working Principle

The entire system from the flour mill consists of major unit, deceleration machine, classifier, blower, hammer crusher, dustpan elevator, electro-magnetic vibrating feeder, impulse dust cleaner, piping device, cyclone collector device, classifier, high-pressure motor and muffler. Operating principle The main motor drives main axle and every layer rotating by reducer. Dail drives numbers of rollers rolling and rotating in the ring by pintles. Significant supplies are crushed into smaller particles by hammer crusher. Then they are sent to retailer residence by elevator. The electro-magnetic vibrating feeder send the components evenly towards the middle on the upper dial. Under the function of the eccentricity, the components scatter for the side from the circle and fall in to the ring to become pressed, crushed and milled into pieces by rollers. Immediately after the first crush, supplies fall in to the second and the third layer. The pumping of your high-pressure centrifugal blower put the outside air in to the machine. The coarse powder will be brought into the classifier. The rotating turbine in the collector tends to make the coarse particles fall back for regrinding. The fine particles will come in to the cyclone collector with all the airflow and discharged by the discharging valve on the bottom of your collector. They’re the final goods. The airflow with little dust will probably be discharged by means of blower and muffler immediately after getting purified by the cyclone collector.