The Antimony Concentrator has a production capacity of 20 tons per hour.
The main process used for antimony ore beneficiation is a combination of gravity separation and flotation.
The concentrator can process various types of antimony ore, including oxide ore, mixed ore, and primary ore.
The main advantages include high efficiency, energy savings, environmental protection, low beneficiation costs, and improved ore grade.
The processing plant includes jaw crushers, cone crushers, belt conveyors, vibrating screens, ball mills, classifiers, and thickeners.
The raw ore is first washed to remove mud, followed by manual beneficiation to discard waste rock and select high-quality antimony concentrate.
The ore must be crushed and ground to a particle size below 30mm for effective processing.
The flotation process involves grinding, stirring, and separating tailings, along with roughing, three cleaning processes, and two scavenging processes.
Yes, the concentrator is designed to improve the grade of ore by effectively concentrating antimony and discarding tailings.
Antimony concentrate is primarily used to produce products such as battery plates, bearing alloys, and solders.
Yes, gravity separation is a low-cost method for extracting a large number of qualified concentrates from antimony ore.
The jig machine is used for gravity separation, allowing the mixed concentrate to separate based on density.
Manual selection is crucial as it allows for the removal of a large amount of waste rock and helps in selecting high-quality antimony concentrates.
You can request a catalog or factory price by clicking the appropriate link provided on our website.
The concentrator is designed to be energy-efficient and environmentally friendly, minimizing waste and harmful emissions during the beneficiation process.
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