UC272 extractant belongs to acidic extractants in the category of organophosphorus extractants, with similar extractants including P204 and P507. Among them, P204 is widely used for extracting elements such as zinc, iron, and manganese, mainly in the early stage of impurity removal in the smelting process of ternary precursor materials. P507 is mostly used for the extraction and separation of nickel and cobalt as well as the smelting of rare earth elements. It is the most important acidic extractant and currently the primary extractant in the industrial enrichment and separation of battery-grade cobalt sulfate and light rare earth elements. UC272, as an upgraded product of P507, has a nickel-cobalt separation factor (7000) far higher than P507 (280) and P204 (14). It is widely used in the production of battery-grade nickel sulfate and battery-grade manganese sulfate and is a commonly used extractant in the production process of ternary battery materials. Additionally, compared to P204 and P507, UC272 has lower extraction acidity, is easy to strip, and has good selectivity for rare earths (especially heavy rare earths). It has evolved from being used for nickel-cobalt separation to the extraction and separation of rare earths, thereby promoting the rapid development of the rare earth industry.

UC811 nickel-cobalt-manganese co-extractant is a modified organic acid extractant, its (Ni ²⁺ , Co ²⁺ , Mn ²⁺ ) and Mg ²⁺ separation performance is significantly better than P204, P507, and C272, showing good application prospects in lithium-ion battery recycling and nickel-cobalt wet extraction separation and purification fields.

Rubidium and cesium are characterized by a very high photoelectric threshold and a very low electron work function, giving them excellent photoelectric properties. It is precisely because of the special physical and chemical properties of rubidium and cesium that they have unique applications in aerospace, military, and other fields.

UC936 lithium extractant is mainly used for extracting Li under alkaline conditions ⁺ to achieve the separation of Li/Na, Li/K and the concentration of Li ⁺ with the aim of realizing efficient and low-carbon comprehensive utilization of lithium resources