Flotation machine
Capacity: 0.18-20m³/min per cell
Application: Recovery copper, gold, zinc, lead, nickel, fluorite, molybdenum ore, slag, feldspar, talc, rutile and other mineral processing plants; It can also be used for separation of ferrous metals and non-metals.
Overview
Flotation is an economical and effective separation of refined gold technology, especially for these ores that are not suitable for other processes, such as gold-bearing copper ore, base metal ore, copper-nickel ore, platinum group ore, etc.
Flotation is also used to remove impurities before hydrometallurgical treatment (ie, carbon pre-flotation) to purify low-sulfide and refractory ores for further processing.
Flotation machine is considered to be the most cost-effective method of concentrating refined gold and is often used in conjunction with flotation and/or cyanidation.
Working principle of flotation cell
The impeller is rotated by V-belt of motor and produces negative pressure by centrifugal function. Enough air is sucked to mix slurry, and slurry mixes drug at the same time. Mineral sticks on bubble completely and floats on the surface of slurry to form mineralized bubble. The useful bubble is scraped out by adjusting the flashboard height and controlling liquid surface.
Main Types: We have various types of flotation machine for you to choose: BF type flotation machine, JJF type flotation machine, KYF type flotation machine, XCF type flotation machine, and XJB flotation machine.
specifications
Model | Volume | Cell size | Impeller Dia. | Impeller speed | Capacity | Power | Singe cell weight |
| m3 | mm | mm | r/min | m3/min | kw | kg |
XJK-3A | 0.35 | 700×700×700 | 300 | 483 | 0.18-0.4 | 2.2/0.55 | 430 |
XJK-4A | 0.62 | 820×900×850 | 350 | 400 | 0.3-0.9 | 3/1.1 | 755 |
XJK-5A | 1.1 | 1100×1100×1000 | 500 | 330 | 0.6-1.6 | 5.5/1.1 | 1416 |
XJK-6A | 2.8 | 1750×1600×1100 | 600 | 280 | 1.5-3.5 | 11/1.1 | 2113 |
XJK-7A | 5.8 | 2200×2200×1200 | 750 | 240 | 3–7 | 22/1.5 | 3400 |
SF-0.37 | 0.37 | 700×700×750 | 296 | 386 | 0.2-0.4 | 1.5/0.55 | 468 |
SF-0.7 | 0.7 | 820×900×950 | 350 | 400 | 0.3-0.9 | 3/1.1 | 805 |
SF-1.2 | 1.2 | 1100×1100×1100 | 450 | 312 | 0.6-1.2 | 5.5/1.1 | 1373 |
SF-2.8 | 2.8 | 1700×1600×1150 | 550 | 268 | 1.5-3.5 | 11/1.5 | 2138 |
SF-4 | 4 | 1850×2050×1200 | 650 | 220 | 2–4 | 15/1.5 | 2582 |
SF-8 | 8 | 2200×2900×1400 | 760 | 191 | 4–8 | 30/1.5 | 4129 |
SF-10 | 10 | 2200×2900×1700 | 760 | 191 | 5–10 | 30/1.5 | 4486 |
SF-16 | 16 | 2850×3800×1700 | 760 | 191 | 5–16 | 30×2/1.5 | 8320 |
SF-20 | 20 | 2850×3800×2000 | 760 | 191 | 5–20 | 30×2/1.5 | 9828 |
- Create a suitable environment for the dynamic collision of bubbles and particles and the static separation of bubbles and particle combinations, which is conducive to the selection of fine particles; simple operation and high degree of automation
- It can make the pulp circulation reasonable, can minimize the sedimentation of coarse sand, and has low power consumption.
- The enrichment ratio is large, the recovery rate is high, and the processing capacity is large. It is especially suitable for processing micro-grained particles and is easy to self-control and large-scale.
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