Vertical Stirred Ball Mills

Vertical Stirred Ball Mills

JM series vertical stirred ball mill have adopted by the gold ore, copper ore, silver ore,molybdenum ore, lead zinc ore, manganese ore, iron ore, nickel ore, such ore dressing plant for fine grinding or regrinding operations.

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JM series vertical stirred ball mills is a kind of high efficiency ultrafine ore grinding equipment (also called tower mill or vertical spiral stirred ball mill), mainly adopted for the ultrafine grinding test research, also for the small scale industry grinding production, to provide reliable technical parameters for industrial production. JM series stirred ball mill have adopted by the gold ore, copper ore, silver ore,molybdenum ore, lead zinc ore, manganese ore, iron ore, nickel ore, such ore dressing plant for fine grinding or regrinding operations.

The technical features of JM stirred ball mill

1.1, high ability of fine grinding, to grinding the material to be 1μm or more fine
1.2, High efficiency and energy saving, more than 50% energy saving compared with horizontal ball mill, the working efficiency is 10 times than horizontal ball mill.
1.3, Product output size can be adjusted, could be working continuous operation, batch operation, recycling operation.
1.4, Simple structure, easy operation and maintenance, small footprint, the foundation cost is less than 1% of the machine cost.

Application scope of JM stirred ball mill

2.1, Adopting The vertical spiral stirred mill to grinding the gold ore, and the same time leaching operation, can extract gold economically with low cost and high gold recovery.
2.2, Applied for the second stage ore grinding, the fine grinding of sulphide ore and the tailings recycling, could economically grind ore to -400 mesh more than 90%-95.
2.3, Ultra fine size grinding is available, could grinding the ore to the size less than -10μm.

 The technical data of JM stirred ball mill

when you send us inquiry, please supply us the follow information for help us choose the proper model for you.

1.the components of the raw material, density
2.Feeding size (um)
3.The expecting size output (um)
4.Voltage and frequency
5.Open circuit or close circuit ?
6.Feeding pulp density %?
7.The max and lowest temperature of the mining site
8.other requirements

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