In the process of mining production, the emergence of bubbles is more frequent. This may be caused by operations such as crushing of ore, use of flotation agents, stirring and pumping. Bubbles have many drawbacks:
Reduce beneficiation efficiency: In the flotation process, too much foam will affect the separation effect of useful minerals and useless minerals.
Increased equipment wear: Foam can lead to unstable slurry flow and increased wear on pipes and equipment.
Influence index detection: interfere with the accurate detection of pulp concentration, grade and other indicators.
The role of mining Defoamer is to eliminate these bubbles, ensure the smooth progress of mining production and improve production indicators. It usually has the following characteristics:
Adapt to complex environment: can play a good defoaming role in the harsh working conditions of the mine, such as high temperature, high humidity, high pulp concentration and other environments.
Highly targeted: defoaming for mineral processing agents and ore characteristics commonly used in mining production.
High stability: Stable defoaming performance in different ore types and beneficiation processes.
For example, in copper ore flotation operations, the use of mining defoamer can improve the grade and recovery of copper concentrate.
In the washing process of coal mine, the defoamer can effectively reduce the foam and ensure the washing effect and the normal operation of the equipment.
To sum up, mining defoamer plays an important role in improving the efficiency and quality of mining production and reducing production costs.
Comment
(0)