Technological breakthroughs, solving recycling problems
Tin ore beneficiation faces challenges such as complex processes and low recovery rates. In order to improve the comprehensive utilization rate of mineral resources, Boning Banshao Mining Development Co., Ltd. has recently carried out a systematic technological upgrade and transformation of its tin ore beneficiation plant. In response to the close coexistence of cassiterite and other minerals in the ore, and the partial distribution of fine particles, the company actively explores the magnetic separation flotation gravity separation combined process route based on optimizing the combined beneficiation processes such as gravity separation and magnetic separation. Through laboratory and semi industrial experiments, the optimal process parameters for different types of ores in the mining area have been gradually determined, effectively improving the recovery rate of tin.
Fine management, strict control of product quality
In addition to technological upgrades, the company continues to promote refined management, optimize production processes and cost control systems. The company has established a dynamic tracking mechanism for mineral processing technology indicators, adjusting process parameters in a timely manner to adapt to changes in ore properties. The grade of tin concentrate has steadily improved, and quality control has achieved full traceability from raw ore to concentrate. Through the dual wheel drive of technological innovation and management upgrading, the production efficiency and product quality of the factory have been synchronously improved, laying a solid technical foundation for further expanding production capacity.
Reduce costs and increase efficiency, enhance comprehensive benefits
In terms of cost control in mineral processing, the company continuously reduces unit processing costs by optimizing the ratio of grinding media, adjusting the reagent system reasonably, and improving equipment operation rate. At the same time, the company attaches great importance to the comprehensive recovery of associated metals. In addition to cassiterite, the ore also contains precious metals such as zinc, iron, gold, and silver. The company is actively researching the recovery process of associated metals, striving to further improve the economic benefits of the mine through comprehensive recovery and achieve the maximization of resource value.