Mining chemicals
Functional chemicals
This product is a yellow or amber-colored liquid and serves as a highly efficient copper extractant.
CAS No.: 98124-73-3. t‑BAMBP is currently a highly effective extractant for the separation of rubidium and cesium. This product has been commercialized and exhibits excellent extraction performance, high selectivity, and cost-effectiveness. The binding affinity of t‑BAMBP for alkali metal ions follows the order: Cs⁺ > Rb⁺ > K⁺ > Na⁺ > Li⁺, enabling efficient selective separation with cesium preferentially extracted over rubidium, and rubidium preferentially extracted over potassium, sodium, and lithium.
Oxalic acid extractant, a colorless to pale yellow liquid, exhibits strong extraction capacity, high selectivity, and excellent loading capability, along with good chemical stability and radiation resistance.
CAS No.: 68814-95-9. Used for the extraction of rare and precious metals: In hydrochloric acid solutions, this product can separate cobalt and nickel, and extract uranium, tungsten, molybdenum, vanadium, and platinum; it is also employed in the extraction of gold, copper, and other metals.
CAS No.: 1116-76-3. Appearance: Colorless or pale yellow, transparent oily liquid.
Flotation reagents are primarily used to enhance the hydrophobicity of mineral surfaces, thereby improving the adhesion between the target minerals and air bubbles.
Foaming agents are primarily used to reduce the interfacial tension between gas and liquid, stabilize the foam layer, and enhance the ability of bubbles to carry minerals.
Settling agents are primarily used to accelerate the settling and flocculation of solid particles in mineral slurries, thereby enhancing thickening efficiency.
Mineral processing reagents are primarily used for auxiliary functions such as pH adjustment, dispersion, and inhibition.
The molybdenum flotation reagent (SN-MolyFloat01) is a collector specially developed by the company for molybdenum ore flotation, exhibiting excellent collecting performance and selectivity toward molybdenite (MoS₂).
This product is widely applicable to hydrometallurgical extraction and deep-processing enterprises in the rare earth, nickel–cobalt, gold, silver, copper, lead, zinc, vanadium, bismuth, indium, scandium, uranium, and other industries.
