Mine
The application of metallurgical forging in mining is mainly reflected in the manufacturing of wear-resistant liners. Liners for mining equipment such as semi-autogenous mills and autogenous mills are consumable parts that are subjected to a high-frequency, heavy-load, and high-impact environment for a long time. The service life of liners produced by traditional casting processes is relatively short, requiring frequent replacements, which affects production efficiency. Therefore, developing high-performance wear-resistant liners has become key to improving production efficiency and equipment stability.
The application of metallurgical forging in the manufacturing of mining equipment is mainly reflected in its unique process characteristics and wide range of applications. Metallurgical forging improves the microstructure of metals through plastic deformation, enhancing their strength and toughness, making it suitable for important parts that endure harsh conditions such as high loads, high temperatures, and high speeds. However, forging also has some disadvantages, such as high processing costs, high energy consumption, large equipment footprint, and high noise levels, and it is not suitable for producing parts with complex shapes and multiple cavities.
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