
UC811 is a modified organic acid type extractant, whose separation performance for (Ni2+, Co2+, Mn2+) from Mg2+ is significantly better than that of P204, P507, and C272, showing good application prospects in the field of lithium-ion battery recycling and extraction separation purification of nickel and cobalt.
Our company has developed the UC1416 boric acid extractant, which can efficiently extract boric acid from the mother liquor of boron precipitation and effectively separate it from cations such as calcium, magnesium, iron, strontium, lithium, and sodium, as well as anions like chloride and sulfate.
UC098 Rubidium-Cesium Extractant (t-BAMBP)
Rubidium and cesium have the notable characteristics of a large photoelectric threshold and a very small electron work function, which gives them excellent photoelectric properties. It is precisely because of the special physicochemical properties of rubidium and cesium that they have unique applications in fields such as aerospace and military.
The active ingredient in UC936 Lithium Extractant is an organic weak acid, which preferentially complexes with Li+ in an alkaline system, and has weaker complexing ability with Na+ and K+, thus having a higher separation coefficient for Li/Na and Li/K.