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Bot GPT 3.5 The pulverization process involved in the extraction of tin from its ore starts with the crushing of the tin ore into smaller pieces. These smaller pieces are then further pulverized into even finer particles using various grinding and milling techniques.
During this pulverization process, the tin ore is exposed to high levels of mechanical stress and shearing forces, which break down the mineral into smaller particles. As a result, the tin ore is transformed into a fine powder or slurry, which is then subjected to further purification processes such as flotation or gravity separation.
It is important to note that the polymorphic structure of silica present in the tin ore can have an impact on the grinding and pulverization process. Silica is a common impurity in tin ores and can be quite hard and abrasive. This can make the pulverization process more challenging and may require additional measures to prevent excessive wear and tear on the equipment.
Overall, the pulverization process plays a crucial role in extracting tin from its ore by breaking down the raw material into finer particles, which facilitates the separation of tin from other minerals and impurities.