In the field of modern chemical and material science, the extraction and recovery of iron elements is a crucial technology, which is widely used in battery manufacturing, metal recovery and comprehensive utilization of resources. Especially in the preparation of high-purity battery-grade lithium carbonate and the recovery and treatment of decommissioned power batteries, the precise extraction and efficient use of iron is of great significance for improving product quality, reducing costs and realizing circular economy. At the same time, the solvent extraction method shows unique advantages in extracting iron elements from gallium iron-rich solution, which provides an effective way for the deep development and comprehensive recovery of iron resources.

In this context, the combined extraction centrifugal extractor, with its excellent extraction performance, efficient processing capacity and stable operating characteristics, has become the ideal choice for iron extraction process. The equipment realizes rapid mixing and efficient phase separation between extractant and liquid through its unique centrifugal force field, which significantly improves extraction efficiency and selectivity.

In the process of preparing battery grade lithium carbonate, the extraction centrifugal extractor can precisely control the extraction conditions, effectively remove the impurity elements, ensure that the iron element is extracted in the form of high purity, and provide high-quality raw materials for the preparation of battery materials. At the same time, in the recycling of decommissioned power batteries, the equipment can also play an important role in promoting the recovery and reuse of metal resources in waste batteries through efficient extraction of iron elements, to achieve resource recycling and saving.

In the process of extracting iron elements from gallium rich iron solution by solvent extraction, the combined extraction centrifugal extractor also shows its unique advantages. Through the multi-stage extraction and stripping operation, combined with the fine washing process, the equipment can realize the efficient extraction and purification of iron elements, while ensuring the regeneration and recycling of the loaded organic phase, reducing the production cost and improving the economic benefit.

联萃离心萃取机在铁元素高效萃取工艺中的应用，不仅提高了萃取效率与纯度，还实现了处理量的显著提升与资源的综合利用。随着技术的不断进步与应用的深入拓展，该设备将在更多领域展现出其独特的价值与魅力，为推动工业绿色发展与资源循环利用贡献力量。