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150-200TPH Cone Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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250-300TPH Cone Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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150-200TPH Impact Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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250-300TPH Impact Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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80-100TPH Cone Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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80-100TPH Impact Crushing Plant
Application：Road construction, city building, metallurgy, energy and other departments, for crushing, screening and other operations.
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CIP Gold Carbon In Pulp Process
Gold extraction by carbon slurry process is mainly composed of cyanide leaching, activated carbon adsorption, desorption, and carbon regeneration.
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Manganese Ore Dressing Process
Manganese ore is fine-grained or fine-grained, and contains a considerable amount of high phosphate ore, high iron ore, and co- (associated) beneficial metals, making it difficult to beneficiate.
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CIL Gold Carbon Leaching Process
The carbon leaching method (CIL) is developed on the basis of the gold extraction process for the replacement of fully viscous zinc cyanide powder. It is mainly suitable for processing low sulfur oxidized minerals with a lot of sludge.
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Molybdenum Ore Dressing Process
The molybdenum ore dressing process is mainly flotation, and the recovered molybdenum mineral is molybdenite. Sometimes in order to improve the quality of molybdenum concentrate and remove impurities, the molybdenum concentrate is subjected to chemical beneficiation.
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Lead-Copper-Zinc Polymetallic Ore Dressing Process
According to the high sulfur and complex characteristics of copper-lead-zinc ore, a combined flotation-concentrate regrinding process is generally used. In the lead-zinc ore beneficiation process, the equipment usually selected is copper-lead-zinc mixed flotation machine and high-efficiency stirring tank.
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Hematite Separation Process
Hematite is widely distributed and involves many types of minerals. Therefore, the beneficiation method is not single. Early hematite ore beneficiation generally used gravity separation technology, mainly including jigs, centrifugal concentrators, spiral chutes, spiral concentrators, shaking tables, etc.