Flotation

This product is a liquid product ideal for gold and silver recovery processes.

This product is utilized in the mining industry and is in the form of a clear liquid. It can appear colorless to light yellow.

This product is a low molecular weight cationic polyacrylamide presented in the form of free-flowing micro-beads. This product possesses a high cationic charge and is primarily employed to enhance solid-liquid separation processes. It can be utilized either independently or in conjunction with an anionic flocculant for this purpose. Additionally, This product can serve as an effective clarification aid for gravity separation in diverse mineral substrates.

This product is in liquid form. It belongs to the chemical family of thiols, primarily used for copper recovery processes.

This product comprises specifically modified anionic functional biopolymers. This brown-colored product has very low levels of insoluble, carbohydrates, and chloride.

Introducing our anionic polyacrylamide flocculant with a moderately high molecular weight, provided in the form of a free-flowing granular powder. Commonly utilized in various mineral processing operations, including: Clarification of zinc pulps. Thickening of metal hydroxides. Filtration of metal hydroxides. Flocculation of iron ore tailings. Flocculation of coal tailings.

This is a specialized product manufactured using an innovative process that incorporates UMA® technology. This unique manufacturing approach results in a product that combines several beneficial effects, including improved settling of solids, increased compaction, and the achievement of maximum clarity in the top water layer.

This product is commonly utilized in the mining industry, is in the form of a clear liquid. It has an amber color and is characterized by an oily odor.

This product is suitable for use in mining processes. It is presented in both pellet and solid physical forms, providing versatility in application. Additionally, it adheres to regulatory and compliance standards, classified as Mining Grade. Elevate your mining processes effortlessly with these pellets or solid forms, ensuring superior performance and compliance with industry standards.

These highly effective mineral sulfide reagents are designed for the recovery of mixed copper sulfide minerals, as well as gold and silver-bearing minerals, while minimizing undesirable minerals like pyrite. They offer significant performance advantages when added directly in the mill with the existing reagent suite. They are formulated to be compatible with other conventional oily-based collectors, including thionocarbamates, ethyl formates, and xanthate esters, or as a co-collector with dithiophosphates and xanthates. All of our products are compatible with conventional collectors, depressants, frothers, and are stable over a wide pH range.

This is an anti-flocculation agent with a chemical family of polyacrylates and anionics. It is used in various processes including leaching, mineral processing, high pH system flocculation, and brine clarification. This industrial additive is particularly suitable for applications in chemical manufacturing and mining. It comes with a labeling claim of being nitrogen-free.

These are chemically enhanced, water-soluble organosulfur alkyl salts primarily employed in the flotation of non-ferrous metallic sulfide minerals.

This product is used in the flotation step of the separation of nickel ores from iron sulfide minerals, particularly pyrrhotite. It is added as an aqueous solution to the ores, where it acts as an amine depressant for the iron sulfide, allowing for the separation of nickel ores.

This product is a yellow-green solid pellet suitable for a range of industrial applications, particularly in mining. This versatile product has been successfully used in copper and lead flotation processes, making it a valuable choice for these applications.

This product is a highly effective product primarily available in granulated or solid form. It is specifically designed for applications related to slurry density control in the mining industry.