Products

MAGNAFLOC® 10 is a polyacrylamide flocculant characterized by its very high molecular weight and slight anionic nature. It is supplied in the form of a free-flowing granular powder. This product has found wide-ranging applications in various mineral processing operations, including: Acid leach CCD (uranium) Potash slimes clarification and dewatering Acid leach CCD (copper) Acid leach (zinc) Iron ore tailings clarification Base metal concentrates thickenings and filtration Thickening of coal tailings

MAGNAFLOC® 1011 is a high molecular weight anionic polyacrylamide flocculant provided in the form of a free-flowing granular powder. It is primarily used in mineral processing operations, including the thickening and filtration of base metal sulfide and oxide concentrates, as well as in the sedimentation and filtration processes related to coal tailings and fines.

MAGNAFLOC® 10AP is a free-flowing granular powder flocculant, boasting a very high molecular weight and slight anionic characteristics. Mainly employed in mineral processing operations, it serves various purposes: acid leach CCD (uranium), potash slimes clarification and dewatering, acid leach CCD (copper), acid leach (zinc), iron ore tailings clarification. This versatile product is indispensable for efficient mineral processing applications.

MAGNAFLOC® 155 Introducing our high molecular weight anionic polyacrylamide flocculant, presented as a free-flowing granular powder. It finds extensive use in various mineral processing operations, such as: thickening and filtration of base metal sulfide and oxide concentrates, clarification of neutral-stage electrolytic zinc pulp, sedimentation of coal tailings and fines, filtration of coal fines, sedimentation and filtration of cobalt hydroxide, sedimentation of iron oxides in copper/cobalt leach systems and clarification of pregnant liquors.

MAGNAFLOC® 156 is a high molecular weight anionic polyacrylamide flocculant, provided as a free-flowing granular powder, extensively employed in various mineral processing operations, including: thickening and filtration of base metal sulfide and oxide concentrates, clarification of neutral stage electrolytic zinc pulp, sedimentation of coal tailings and fines, filtration of coal fines, sedimentation and filtration of cobalt hydroxide, sedimentation of iron oxides in copper/cobalt leach systems and clarification of pregnant liquors.

MAGNAFLOC® 1607 is a coagulant with a highly cationic nature, provided in liquid form with low viscosity. Its primary application is to facilitate efficient solid-liquid separation processes. It is commonly used either independently or in conjunction with an anionic flocculant to achieve this separation.

MAGNAFLOC® 1687 is a coagulant characterized by its highly cationic nature, and it is available in liquid form with low viscosity. Its primary application is to enhance the efficiency of solid-liquid separation processes. This coagulant is typically used either independently or in combination with an anionic flocculant to facilitate the separation of solids from liquids.

MAGNAFLOC® 1727 is a coagulant that comes in liquid form and is characterized by its highly cationic properties. It is supplied as a viscous liquid. This product is primarily employed to enhance the efficiency of solid-liquid separation processes. It can be used either independently or in conjunction with an anionic flocculant to facilitate the separation of solids from liquids.

MAGNAFLOC® 24 is anionic polyacrylamide flocculant with a moderately high molecular weight, supplied in the form of free-flowing microbeads. Commonly employed in various mineral processing operations, including: Clarification of neutral-stage electrolytic zinc pulps, thickening of metal hydroxides, filtration of metal hydroxides, flocculation of iron ore tailings.

MAGNAFLOC® 292 is a low molecular weight cationic polyacrylamide available in the form of free-flowing micro-beads. This product has a low cationic charge and is primarily used to enhance solid-liquid separation processes. It can be applied independently or in combination with an anionic flocculant for this purpose. Additionally, This product can serve as an effective clarification aid for gravity separation in various mineral substrates.

MAGNAFLOC® 336, distinguished by its very high molecular weight and anionic properties, provided in the form of a free-flowing granular powder. Widely utilized in various mineral processing operations, including: thickening and filtration of base metal sulfide and oxide concentrates, sedimentation of coal tailings and fines, filtration of coal fines, sedimentation and filtration of metal hydroxides, sedimentation of fine sands and clays. This versatile product is essential for efficient mineral processing operations.

MAGNAFLOC® 338 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.

MAGNAFLOC® 351 is a polyacrylamide flocculant, distinguished by its high molecular weight and nonionic nature, provided in the form of a free-flowing granular powder. Widely utilized in various mineral processing operations, including: acid leach CCD (uranium), acid leach (copper), sedimentation of jarosite precipitate in electrolytic zinc processes, clarification of zinc electrolyte, flocculation of copper tailings.

MAGNAFLOC® 504 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.

MAGNAFLOC® 5250 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.