Flotation Machine can be used to separate nonferrous metal, ferrous metal, heavy metal, nonmetallic mine, chemical material and recycling minerals. Each chute can inhale gas, sink magma, separate. No assiting equipments are required, and Flotation Machine must be levelly installed. Flotation Machine is easy to change the flow chart. The cycling way of magma is very reasonable. Flotation Machine can reduce the impurities to a great extent. There is automatic equipment on the magma surface, easy to adjust. The impeller also owns the upper and lower retroversion blade. The upper one makes the magma cycle upward, while the lower one makes the magma cycle downward.
Flotation machine has many same characteristics with other machines, such as reliable working, wear-resisting, low power consumption, simple structure and low price. It also should have the special requirements like followings to meet the flotation requirements:
1. Well inflatable role: Flotation machine must guarantee a certain of air amount be absorbed or pressed into the ore pulp and disperses in all the slot. For the air can be dispersed more finer and more uniform, the contact between the ore grains and air bubbles will be more so that the flotation efficiency can be higher.
2. Mixing role: Flotation machine should have well mixing role to make the ore grains suspension and distributed in all the slot uniformly. At the same time, the machine can promote the solvation of some hard dissolved agentias, which is in favor of the full function between the agentias and ore grains.
3. Circular flow function: In flotation machine, the circular flow of ore pulp can make more contact between the ore grains and air bubbles. Get Mineral Processing,rotary kiln,beneficiation
The Flotation Machine is a device used in mineral processing to separate various types of metals and minerals from the ore. It works by utilizing the differences in the surface properties of different minerals. Here are the steps to get the minerals processed by Flotation Machine:
1. First, the ore needs to be crushed into smaller particles for easier processing. This can be done through crushing and grinding operations.
2. The crushed ore is then mixed with water to create a slurry. The slurry is also known as the ore pulp.
3. Next, chemicals called reagents are added to the ore pulp. These reagents help to create conditions favorable for the separation process. For example, there may be a need to make certain minerals hydrophobic (repel water) or hydrophilic (attract water).
4. The Flotation Machine consists of multiple chutes or compartments. Each compartment has an inlet and an outlet. The ore pulp is introduced into the first compartment of the machine.
5. Air is either sucked into the compartment or injected into it. This creates air bubbles, which attach themselves to the hydrophobic minerals in the ore pulp.
6. The hydrophobic minerals, along with the attached air bubbles, rise to the surface of the compartment, forming a froth layer. This froth layer contains the valuable minerals.
7. The froth is then scraped or skimmed off and collected. This is called the concentrate.
8. The remaining ore pulp, which now contains the unwanted minerals, is drained out of the compartment through the outlet. This is called the tailings.
9. The process is repeated in the next compartment of the Flotation Machine, where more valuable minerals can be separated.
10. The concentrate collected from each compartment is further processed to obtain the desired metal or mineral.
It is important to note that the Flotation Machine must be properly installed and leveled to ensure its smooth operation. Furthermore, the machine can be adjusted to change the flow chart, allowing for different mineral separation processes. The impeller, a key component of the machine, helps to cycle the ore pulp in the desired direction.
Overall, the Flotation Machine is a reliable and efficient tool for mineral processing. It has various advantages, such as reducing impurities, easy adjustability, and low power consumption. By meeting the special requirements of well-inflatable role, mixing role, and circular flow function, the flotation efficiency can be optimized, leading to better separation results.