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Breakthrough and Industrial Practice in Micro-Fine Mineral Recovery Technology
Zexin Mining has achieved significant technological breakthroughs in micro-fine mineral recovery, developing innovative processes and equipment that enable efficient recovery of -20 micron ultra-fine minerals, providing new solutions for deep utilization of mineral resources.
Zexin Mining's TS2460 Large Dewatering Screen Successfully Delivered
Zexin Mining's independently developed TS2460 large high-efficiency dewatering screen has completed production and quality inspection, successfully delivered to provide strong equipment support for large mines and aggregate projects.
Research and Industrial Practice of Key Technologies for Iron Ore Desulfurization
This article systematically reviews iron ore desulfurization technologies, analyzes sulfur-bearing iron ore characteristics and process bottlenecks, introduces mainstream desulfurization processes and technological breakthroughs, and discusses equipment upgrades and industrial practice benefits to provide reference for mineral processing optimization.
Mineral Dissemination Size Analysis: Cornerstone of Mineral Processing Design and Efficiency Assurance
This paper systematically explains the core technical methods of mineral dissemination size analysis and highlights its decisive role in mineral processing flowsheet design, including crushing and grinding process formulation, separation method and equipment selection, process structure optimization, tailings resource utilization, and economic benefit assessment.
Technical Principles and Engineering Applications of Mining Washing Machines
This article provides an in-depth analysis of the core technical principles and engineering applications of mining washing machines, systematically introducing key technologies to improve washing efficiency and quality - from clay stripping dynamics mechanisms and core component design to fault diagnosis and energy consumption optimization, while exploring cutting-edge developments in intelligent sensing systems and new wear-resistant materials.
Process Optimization and Practical Applications of Jigging Machines in Complex Iron, Placer Gold, and Manganese Ore Separation
This article systematically analyzes the process optimization and practical applications of jigging machines in three typical ore types: achieving coarse particle pre-tailing and integrated process adaptation in complex iron ore separation; efficient gold capture and shaking table synergy in placer gold gravity separation; and technical breakthroughs in coarse manganese ore separation. Through key parameter optimization and industrial case analysis, the article demonstrates the significant effectiveness of jigging technology in improving concentrate grade, recovery rate, and reducing energy consumption.
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