The flotation machine can process various types of minerals including gold, silver, copper, lead, zinc, tin, nickel, and non-metallic minerals.
The flotation machine works by using a motor to drive an impeller, which creates centrifugal force and negative pressure. This allows for air to be absorbed and mixed with mineral slurry, forming mineralized foam that floats to the surface for collection.
Key features include simple structure, strong agitation ability, low energy consumption, uniform air scattering, good mixing effect, U-shaped tank design, and a long service life of vulnerable parts.
The capacity of the flotation machine ranges from 0.2 to 4 m³/min, depending on the model.
The available models include SF0.37, SF0.7, SF1.2, SF2.8, and SF4, each with varying volumes, impeller diameters, and capacities.
Yes, the flotation machine can also be used for rough selection and selection of ferrous metals in addition to non-ferrous metals.
The power requirement for the impeller motor varies by model, ranging from 1.5 kW for the SF0.37 model up to 15 kW for the SF4 model.
Yes, the flotation machine is designed with low energy consumption in mind, making it an efficient option for mineral processing.
The scraper is used to collect the mineralized foam that floats to the surface, ensuring that the useful minerals are efficiently separated from the slurry.
Regular maintenance includes checking the impeller, motor, and scraper for wear, as well as ensuring that the air supply and slurry levels are properly maintained.
Yes, depending on the model, the flotation machine can handle large volumes of slurry, with capacities up to 4 m³/min.
The impeller diameter ranges from 300 mm for the SF0.37 model to 650 mm for the SF4 model.
Installation is straightforward, but it is recommended to follow the manufacturer's guidelines to ensure optimal performance.
The flotation machine is designed for durability, with a long service life for its vulnerable parts, depending on operational conditions.
The flotation machine improves mineral recovery by efficiently mixing air and slurry, leading to better mineral attachment to the bubbles and increased flotation index.
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