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Decanter Centrifuge for Pigment Slurry Dewatering Description The Decanter Centrifuge for Pigment Slurry Dewatering is designed for continuous pigment recovery, slurry thickening, wash-water clarification, and filter-press feed preparation. It is suitable for titanium dioxide, iron oxide, carbon black, inorganic pigments, mineral pigments, and compatible organic pigment slurries. Typical Applications Titanium dioxide slurry thickening Iron oxide pigment dewatering Carbon

Decanter Centrifuge for Cerium Oxide Slurry Recovery Description The Decanter Centrifuge for Cerium Oxide Slurry Recovery is designed for continuous ceria-particle recovery, slurry thickening, polishing-water clarification, and downstream filtration preparation. It is suitable for glass polishing, optical lens processing, precision ceramics, semiconductor polishing, crystal processing, and cerium oxide production. Typical Applications Cerium oxide polishing slurry recovery

Decanter Centrifuge for CMP Slurry Recovery Description The Decanter Centrifuge for CMP Slurry Recovery is designed for continuous abrasive-solids recovery, conditioned slurry thickening, filter-feed preparation, and primary liquid clarification. It is suitable for Chemical Mechanical Planarization processes involving silica, alumina, or ceria abrasives, as well as copper and tungsten CMP wastewater streams. CMP wastewater may contain nanoscale abrasive particles, dissolved

Decanter Centrifuge for Concrete Slurry Recycling Description The Decanter Centrifuge for Concrete Slurry Recycling is designed for continuous cement-fines separation, concrete sludge thickening, wash-water clarification, and process-water recovery. It is suitable for ready-mix concrete plants, precast concrete factories, concrete cutting and grinding wastewater, mixer and truck washout water, aggregate washing systems, and concrete recycling facilities. Typical Applications

Decanter Centrifuge for Phosphate Slurry Dewatering Description The Decanter Centrifuge for Phosphate Slurry Dewatering is designed for continuous solid-liquid separation, phosphate solids recovery, slurry thickening, and process-water clarification. It is suitable for phosphate rock washing, beneficiation slurry, fertilizer-process slurry, phosphate-containing wastewater, and mineral fines recovery. The centrifuge separates phosphate solids from the liquid phase continuously

Decanter Centrifuge for Catalyst Slurry Recovery Description The Decanter Centrifuge for Catalyst Slurry Recovery is designed for continuous solid-liquid separation, catalyst recovery, slurry thickening, and process-liquid clarification. It is suitable for chemical, petrochemical, pharmaceutical, fine chemical, and hydrogenation processes. The centrifuge separates catalyst particles, reaction residues, carbon fines, metal-containing solids, and suspended impurities from water

Decanter Centrifuge for Nickel Cobalt Manganese Hydroxide Slurry Dewatering Description The Decanter Centrifuge for Nickel Cobalt Manganese Hydroxide Slurry Dewatering is designed for continuous solid-liquid separation, NCM precursor recovery, slurry thickening, and process-liquid clarification. It is suitable for NCM hydroxide precipitation slurry, washing slurry, classification overflow, off-spec material recovery, and battery-material wastewater treatment. The centrifuge

Decanter Centrifuge for Battery Material Slurry Recovery Description The Decanter Centrifuge for Battery Material Slurry Recovery is designed for continuous solid-liquid separation, valuable powder recovery, slurry thickening, and process-liquid clarification. It is suitable for battery material washing slurry, precipitation slurry, grinding and classification slurry, precursor production wastewater, black mass treatment residue, and other compatible battery-material

Decanter Centrifuge for Lithium Iron Phosphate Slurry Recovery Description The Decanter Centrifuge for Lithium Iron Phosphate Slurry Recovery is designed for continuous solid-liquid separation, LFP powder recovery, slurry thickening, and process-liquid clarification. It is suitable for lithium iron phosphate production, iron phosphate precursor processing, washing slurry, grinding and classification slurry, precipitation slurry, and battery-material wastewater treatment. The