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Gold CIP Production Line adsorbs gold from cyaniding pulp by active carbon including 7 steps: leaching pulp preparation, cyaniding leaching, carbon adsorption, gold loaded carbon desorption, pregnant solution electrodeposit, carbon acid regeneration, leaching pulp. View details
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Good working conditions can strengthen the grinding outcomes of overflow type ball mills. Therefore, in practical operation, workers need to continuously adjust overflow type ball mills working conditions so that they can work at optimal state. Then, what are the working conditions influencing the overflow ball mills outcome?
Overflow ball mills rotary speed influences the motion state of steel balls. Under the low-speed circumstance, steel balls drop after rising to a certain level, with grinding as main acting force supplemented by the impact. If increasing the speed, steel balls are thrown and fallen, with impact as main acting force supplemented by grinding. At higher speed, steel balls will do centrifugal exercise instead of grinding work. When at lower rotary speed, overflow ball mills have a better grinding outcome. It does the same when the steel balls filling ratio is among 40% to 50%.
Under a certain filling ratio, the smaller steel balls are, the better the grinding outcome is. However, as steel balls size becomes smaller, the impact between steel balls and ore particles will accordingly get weaker, which hinders the grinding effect. Consequently, as to materials with certain particle size, there always exists an optimal steel balls size capable of achieving a perfect grinding outcome.
Increasing pulp density in a certain condition, the viscosity of ore pulp will strengthen, making it easier to adhere to ball mills, thus enhance the mill productivity to improve the grinding outcome. But when the pulp density is too high, the ropy ore slurry will have buffer action on ball mills grinding operation. Higher feeding speed can contribute to timely ore discharge, while excessively fast speed likely leads to the over-load phenomenon. Therefore, it is necessary to set appropriate pulp density and feeding speed for the sake of better grinding performance.
Properly increase the mill circulating speed is conducive to the discharge of ore particles and improve the mill grinding performance. Usually, the suitable value for mill circulating load is 150% to 600%.
Xinhai is committed to adjusting the mills grinding performance to the best state. And it can change overflow ball mills working conditions like rotary speed and filling ration in accordance with customer requirement, thus increasing the interests of customers by increasing concentrate grade and recovery rate in subsequent separating process.
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© 2017 Shandong Xinhai Mining Technology & Equipment Inc. Technical Support: 北京鑫互联科技有限公司
© 2017 Shandong Xinhai Mining Technology & Equipment Inc.