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This extraction reagent is specifically designed for the separation of lithium from other alkali metal ions. Lithium extraction occurs in near-neutral aqueous solutions, significantly reducing the operational costs of extraction workshops. With low water solubility and strong stability, it is primarily suitable for extracting lithium from low-concentration lithium-containing waste liquids.
Designed for rapid phase separation and excellent lithium selectivity over sodium and potassium, the product supports high-efficiency lithium extraction from alkaline media. It integrates seamlessly with CO₂- or lithium bicarbonate-based stripping operations.
With high selectivity over sodium and potassium, this extractant provides strong lithium loading capacity and supports CO₂ or lithium bicarbonate-based stripping. It is well-suited for alkaline extraction environments.
Featuring a high flash point, large extraction capacity, and low water solubility, this extractant offers excellent chemical stability for lithium recovery. It performs effectively in neutral to alkaline aqueous environments.
Suitable for extracting nickel, cobalt, zinc, germanium, molybdenum, and uranium, this extractant also serves as a kinetic promoter and synergistic agent when combined with other extractants. It delivers high extraction efficiency and rapid metal transfer, while significantly improving the separation of Ni, Co, and Zn over Ca, Mg, and Mn in mixed-metal systems.
This next-generation extractant is specially designed for cobalt and nickel separation. It enables efficient separation of cobalt and nickel from impurities such as calcium, magnesium, and manganese, while offering excellent stripping performance. The simplified separation process supports the production of high purity cobalt and nickel products.
Designed for the extraction of cobalt, nickel, zinc, germanium, molybdenum, and uranium, this extractant features fast kinetics, excellent stripping performance, rapid phase separation, and low entrainment. It significantly improves the separation factors of Co and Zn over Ca, Mg and Mn, making it ideal for purifying Co and Zn from leaching solutions with Ca, Mg and Mn.
A cobalt/nickel extractant offering excellent Co/Ni selectivity, also used in the recovery of rare earth elements and molybdenum.
This extractant demonstrates excellent stability and is specially formulated for nitrate-containing systems. It is suitable for copper extraction from acidic leach solutions, particularly under medium-to-high pH conditions where nitrate ions are present.
A high-stability extractant with dedicated anti-nitration functionality, suitable for copper recovery from acidic leach solutions, particularly under medium-to-low pH conditions where nitrate ions are present.
Widely used for copper extraction from acidic leach solutions in mining and electroplating sludge, and also applicable to industrial wastewater copper recovery. This extractant performs best under medium pH conditions.
A high-efficiency copper extractant with excellent stability, combining strong extraction power and good stripping performance. It offers high copper transfer efficiency and is well-suited for copper extraction under moderately acidic conditions.
Combining high extraction efficiency with excellent stripping performance, this extractant demonstrates strong stability and high copper transfer capacity. It is commonly used in acidic mine leach solutions, particularly effective under medium-to-high pH conditions.
It features strong extraction capability, excellent Cu/Fe selectivity, and rapid phase separation. Combining excellent extraction and stripping performance, it is ideally suited for copper extraction under medium to low pH conditions.
A high-performance copper extractant effective under low pH conditions. It is also suitable for zinc extraction from ammoniacal solutions. Paired with Mextral® 84H or Mextral® 84-IC, it effectively supports copper recovery across diverse leach solutions.
A strong copper extractant specially designed for low pH copper extraction. When used in combination with Mextral 84-IC or Mextral 84H, it supports a wide range of copper leaching operations.
This extractant features excellent stability, is easy to strip, and provides high copper transfer efficiency. It can be used in combination with Mextral 860H or Mextral 860H-IC to satisfy diverse copper leaching needs. It is also applicable for nickel and zinc extraction, and is particularly effective under higher pH conditions.
Primarily used for the extraction of copper, nickel, and other non-ferrous metals, this extractant features high stripping efficiency, low stripping acid consumption, and large copper transfer capacity. It maintains exceptional operational stability during use.
This extractant can form water-insoluble complexes with copper ions, making it suitable for copper recovery in acidic media. It offers stable performance, high Cu/Fe selectivity, and is effective under medium-to-low pH conditions.
This extractant offers excellent operational stability, high Cu/Fe selectivity, fast phase separation, and low entrainment. It ensures strong copper transfer efficiency and is widely used in acidic mine leach systems, particularly well-suited for low-acidity and low-concentration feed solutions.
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