Copper ore is the mineral mixer containing some copper which could be concentrated by present technology. Sulfide copper is the most common raw material used in mining process plant, because it has a better floatability. Compared with other minerals, there are much more factors influencing copper flotation process. In order to increase copper recovery rate and expand benefits, it is better to know these factors .
Particle size is crucial to copper flotation process index, which is tested in the mining process test report. Flotation particle size must be less than the biggest flotation particle size. Meanwhile, fine particle size will be bad for flotation index for increasing grinding energy cost and mudding slurry. Appropriate flotation reagent should be adopt for the ore with different particle size.
Reagent principle includes type, quantity, sequence, place, adding method, reagent making method and efficiency of reagents. Reagent principle is an important index in copper mining process. Slurry concentrate means the content of solid in slurry, which is usually the quantity ratio of solid to liquid represented by Wg. Slurry concentrate has an important influence to the recovery of concentrate, concentrate grade and reagent quantity.
Foam flotation is the process which are took place in the surface of liquid and air. Stability of foam, thickness of foam, structure of foam, bubble forming way and size and quantity of bubble are crucial to the copper flotation process.
There are many other factors influence copper flotation process, such as temperature of slurry, PH, hardness of water, content of slurry mud, air-inflating quantity and strength of agitating. Copper flotation process should be designed according to the mining process test to confirm these indexes.