Beneficiation Machinery
Leasing/Procurement
MMC works with plant manufacturers globally and most especially in China, collaborates with beneficiation firms and engineers to assist miners and investors in focusing on mineral processing targeting production flexibility and profitability by examining detailed and efficient layouts of processes and components. Works with Integrated concepts and facilitates in-depth knowledge of the core process. With an in-house R&D Center, tests and analyses are made easy. In addition, MMC ensures process simulation and optimization using relevant expert software. These processing specifications are key to engineering a profitable mineral processing plant.
Lithium Processing Machinery
The main lithium ore beneficiation methods include the flotation separation method, magnetic separation method, heavy medium beneficiation method and combined beneficiation method.
The types of lithium ore used in the industrial field are spodumene, lepidolite, amblygonite, lithium micite, lithium phosphate aluminum stone, iron lithium micite and lithium permeable feldase. The mineral beneficiation processes differ based on ore grade, ore spectrum and other factors.
Submit an Inquiry to MMC and get a quote for procurement and set up.
Baryte Processing Machinery
In an efficient barite processing plant, barite ore needs to go through processes such as crushing, screening, and beneficiation.
Purification and processing of barite ore by gravity separation method has the advantages of high efficiency, energy saving, environmental protection, etc., and it has excellent recovery and treatment effects on coarse and fine barite. The gravity separation process occupies a major position in barite processing plants.
Submit an Inquiry to MMC and get a quote for procurement and set up.
Gold Processing Machinery
From Alluvial Gold Mining Equipment to Trommel Washing Plant and Gold Separator Trommel Screen. Contact MMC for Small Scale Gold Processing Machine.
MMC encourages solutions that replace cyanide with a safe, alternative reagent known as thiosulphate. Thiosulphate dissolves the fine gold out of ores (the gold that has not recovered by gravity) at similar rates to conventional techniques. It's safe and lowers environmental impacts.
Submit an Inquiry to MMC and get a quote for procurement and set-up.
Tin Processing Machinery
The principal tin mineral is cassiterite, or tinstone (SnO2), a naturally occurring oxide of tin containing about 78.8% tin. Of less importance are two complex sulfide minerals, stannite (Cu2FeSnS4), a copper-iron-tin sulfide, and cylindrite (PbSn4FeSb2S14), a lead-tin-iron-antimony sulfide. These two minerals occur often in association with other metals such as silver.
There are two methods of refining impure tin. Fire refining is most commonly used and produces tin (up to 99.85% ) suitable for general commercial use. Electrolytic refining is used on the products of complex ores and to produce a very high grade of tin (up to 99.999 %).
