The flotation method involves using flotation machines to separate minerals based on their surface properties. Air bubbles are introduced into the slurry, allowing valuable minerals to attach to the bubbles and float to the surface for collection.
This flotation plant is suitable for processing non-ferrous metals like copper, lead, zinc, nickel, and molybdenum, as well as ferrous metals and non-metal minerals.
The flotation machine operates by rotating an impeller that creates negative pressure, allowing air to be sucked in and mixed with the slurry. This process facilitates the attachment of minerals to air bubbles, which then rise to the surface.
Key features include large air suction volume, low power consumption, long service life of wear parts, and the ability to form a flotation circle without additional equipment, allowing for flexible process changes.
Regular maintenance includes checking and replacing impellers and stators when worn, as well as maintaining the pump bearings every three months to ensure optimal performance.
Yes, the flotation machine is designed for rough, fine, and reverse flotation operations, making it versatile for different processing needs.
The flotation cells have varying capacities, ranging from 0.2 to 3.5 m3/min, depending on the specific model.
There are mechanical agitation flotation machines and froth agitation flotation machines available, each suitable for different operational needs.
The power consumption is low, with models consuming between 0.5 to 30 kW, depending on the cell size and capacity.
The auto-control device of slurry volume enhances operational flexibility, allowing for better control over the flotation process.
The rational slurry circulation minimizes coarse sand sediments, which promotes effective flotation of coarse particles.
The dimensions of the flotation cells vary by model, for example, the XJ-30 model has dimensions of 700×700×700 mm.
Yes, training is typically provided to ensure operators understand the equipment and its maintenance requirements for optimal performance.
Wear parts are constructed from durable materials designed to withstand the abrasive nature of the flotation process and ensure a long service life.
Yes, the flotation process can be adjusted, including the air and slurry input rates, to optimize the separation efficiency for different minerals.
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