In mineral processing flotation, ore particle size, also known as grinding fineness, is a crucial factor influencing the final flotation index. Practice indicates that the suitable particle size generally means over 80% of the useful minerals are dissociated by monomers. Whether the ore particles are too coarse or too fine, even if they reach the […]

The gold heap leaching process, a widely – used method in the gold extraction industry, has its own unique characteristics and application scenarios. This process, especially the cyanide heap leaching approach, which uses cyanide as the leaching agent, is a key technology for processing certain types of gold ores. The gold heap leaching process, specifically […]

In mineral processing operations, fine mud in flotation cells poses significant challenges, including reduced selectivity, increased reagent consumption, and compromised concentrate quality. To address these issues, global miners must adopt targeted strategies to optimize flotation cell performance and ensure efficient mineral separation. Below are three proven methods to mitigate fine mud impacts in flotation systems. […]

Gold mining shaker table is a kind of gravity separation equipment that uses the combined action of mechanical shaking and water washing to separate ore particles according to density. Because of its high rich ore ratio, it can obtain qualified concentrates and final tailings at one time. It is widely used in the heavy selection […]

The beneficiation process, also known as mineral processing, refers to the method of separating valuable minerals from the gangue minerals found in ore. Beneficiation relies on the different physical and chemical properties of minerals. After crushing and grinding the ore, various techniques—such as gravity separation, flotation, magnetic separation, and electrical separation—are used to isolate useful […]