Wet Milling Ore Dressing Wet Mill Gold Silver Zinc Ore Grinding Machine

Advantages of wet mill machine:

1) Low Cost and Minimum Wear: Utilizing a "rock-on-rock" crushing principle and a rationally designed structure, this significantly reduces wear on vulnerable parts and lowers equipment operating costs.
2) High-quality materials are used for vulnerable parts and other components, resulting in a long service life, a low overall failure rate, stable and safe operation, and low operating costs.
3) The entire machine is reliably sealed, with operating noise levels below 75 decibels. Environmental protection features are also included to reduce dust levels, resulting in minimal iron pollution and greater energy efficiency and environmental friendliness.
4) It combines fine and coarse grinding capabilities, allowing for independent sand production or shaping. The product is cubic, resulting in excellent sand production.

5) Widely used: Applicable to the beneficiation of metal ores such as gold, silver, copper, iron, lead, zinc, as well as non-metallic ores such as quartz, feldspar, fluorite, etc.

Working Principle:
Wet grinding primarily uses water as a medium. Inside the mill, ore is mixed with grinding media (such as steel balls or ceramic balls) and pulverized mechanically. This process not only effectively reduces the ore's particle size but also enables mineral separation and recovery during the grinding process. In the first stage of wet grinding, ore is fed into the wet mill. Through the feed port, the ore is mixed with water and grinding media. The grinding media rotate and roll within the mill, exerting pressure and impact on the ore, gradually breaking it down. The presence of water in the wet grinding process effectively reduces wear and friction, minimizing equipment wear and preventing overheating during the crushing process.
After wet grinding, the ore's particle size decreases, weakening the bonds between the mineral particles and facilitating subsequent separation. After grinding, the ore slurry enters separation equipment, such as a flotation cell. During flotation, the addition of reagents renders the surface of the target mineral hydrophobic, while contaminants remain hydrophilic. Through the action of bubbles, hydrophobic minerals attach to the bubbles and float to the surface of the liquid to form foam, while hydrophilic impurity minerals sink to the bottom, completing the separation.

Specification: