High Voltage Electrostatic Separator XDF-φ250×200 High tension electric Separator is mainly used for the separation of Conductor minerals and Non-conductor minerals. It is also used for the classification of the same material instead of screening. It also could be used for grain processing and some part of seed separation. Category: Lab and Pilot Equipment …
view moreEquipment Laboratory Machine For Mineral Processing Asia-Africa International is a professional laboratory mineral processing equipment supplier, including lab feeders, crushers, flotation machines, grinding, gravity and magnetic separation, electrostatic separator, optical sorting machine, mineral washing equipment, etc. We focus on the …
view more19951231 · The selection of the high-voltage supply can play an important role in the optimization of electrostatic separation processes. The present work aimed to evaluate the influence of the main high-voltage parameters (waveform, polarity, level) on the efficiency of electroseparation, in the case of insulation-metal granular mixtures. A roll-type laboratory …
view more202474 · Electrostatic separator are often used to obtain high-grade conductor and non-conductor concentrates, such as rutile, zircon and ilmenite sand, etc.
view moreSmall Scale Laboratory High Voltage Electrostatic Separator For Ore Mineral Separation, You can get more details about Small Scale Laboratory High Voltage Electrostatic Separator For Ore Mineral Separation from mobile site on Alibaba.com
view more202251 · Overview The improved mineral technologies Electrostatic High Tension Roll Separators provides improved separation efficiencies and ease of operability.
view moreDownload scientific diagram | Research electrostatic separator developed by Carpco, Inc. U.S.A., in cooperation with High Intensity Electric Fields Laboratory Cluj-Napoca; 1-high-voltage supply; 2 ...
view moreThe results were in good agreement with the observations made on a laboratory electroseparator. The effect of space charge on the behavior of conductive particles was studied with a three-electrode system (a grounded grid, between a corona electrode and a metallic plate, energized by two high-voltage supplies of opposite polarities).
view moreIn 1988, he joined the High-Intensity Electric Fields Laboratory of the Technical University of Cluj-Napoca as a Research Engineer. He has contributed to the development of several high-voltage supplies for electrostatic separators and various devices for ozone generation, water treatment, and seed conditioning.
view moreBased on over 30 years' experiences in design, production and service of crushing and s
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