In many mineral processing facilities, maintaining high-efficiency flotation cells is essential for consistent concentrate recovery. Components such as the Flotation Rotor & Stator play a crucial role in aeration and slurry agitation. Naipu Mining designs and manufactures rubber-based systems tailored to various flotation machine types, ensuring compatibility and service life. Their Flotation cell rubber rotor and stator are used in installations like the WEMCO-130 machines at Erdenet Mine in Mongolia and the KYF-160 cells at Mt.
Rubber Materials Optimized for Harsh Environments
They focus on developing polymer materials that resist abrasion, corrosion, and chemical degradation. The Flotation Rotor & Stator components are built using proprietary rubber formulas that extend wear cycles and reduce shutdown frequency. These rubber parts not only help maintain pulp dispersion efficiency but also simplify maintenance due to their ease of installation and replacement. The Flotation cell rubber rotor and stator units are manufactured in different configurations to suit specific models like KYF, XCF, and WEMCO flotation machines, ensuring flexibility in deployment.
Real-World Case Studies Demonstrating Versatility
Naipu Mining’s solutions have been applied in a range of large-scale operations. For example, their systems support KYF-320 cells in Peru under Chinalco Group and KYF-130 machines at Sizhou Concentrator of JCC. These examples show how their Flotation Rotor & Stator products function reliably in both high-altitude and high-throughput settings. Similarly, Flotation cell rubber rotor and stator units are applied at multiple processing capacities, from KYF-50 to KYF-200, meeting the needs of various ore types including copper, molybdenum, and polymetallic blends.
Conclusion
Naipu Mining delivers adaptable flotation solutions through their extensive range of Flotation Rotor & Stator products. With proven use in installations from China to Mongolia and Peru, their Flotation cell rubber rotor and stator components offer consistency and durability in complex operational settings. These rubber systems help mineral processors maintain stable performance and reduce operational costs over time.
