magnetic drum separator

For ores with severe weathering and prone to mud formation during grinding, the acid leaching PTMS magnetic separation iron removal method can be used. Sulfuric acid is highly corrosive and effectively dissolves iron-containing minerals. When preparing the acid leaching solution, the temperature is generally controlled around 90°℃, with an acid volume fraction of 40%, and the reaction time is 2 hours. During the reaction process, iron-containing minerals are dissolved by the acid, forming soluble iron salts.

PTMS magnetic separation

The acid leaching PTMS magnetic separation iron removal method is like cooking a dish, requiring precise control of the amount of various seasonings and cooking time to achieve the best results. The potassium-sodium feldspar ore, after being crushed and ground, is placed in an acid leaching solution and stirred or soaked. Stirring is akin to a "dance" between the ore and the acid leaching solution, allowing the acid to fully contact and react with the iron-containing minerals.

what is magnetic separation used for?

The acid leaching PTMS magnetic separation iron removal process is like a "chemical magic." The iron minerals originally present in the ore are transformed into iron salts that can dissolve in the solution under the action of acid. After the acid leaching reaction, the pulp needs to be separated into solid and liquid phases. This is similar to separating a mixture of sand and water to obtain clear water and settled sand.
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