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Horizontal Basket Centrifuge Pump , High Efficiency Separator Features 1) PSBD series centrifugal machine is a kind of filtering equipment adopting scraper bottom-unloading and interval operation 2) The material enters the rotary drum from the upper 3) Under the function of centrifugal force, the liquid passes through the filtering medium and discharges out of the machine and the solid is left in the rotary drum 4) When the rotary speed reduces, the scraper scrapes the solid

Scraper Bottom Discharge Centrifuge for Chloride Crystal Separation Description The Scraper Bottom Discharge Centrifuge is designed for batch solid-liquid separation and dewatering of chloride crystals after crystallization. It is suitable for chloride salt production, chemical crystallization, salt recovery, and evaporation systems where automatic cake discharge, stable moisture control, and corrosion-resistant configuration are required. For chloride crystal separation,

Scraper Bottom Discharge Centrifuge for Sodium Bicarbonate Crystal Dewatering Description The Scraper Bottom Discharge Centrifuge is designed for batch filtration, cake washing, dewatering, and automatic discharge of filterable sodium bicarbonate crystals. It is suitable for sodium bicarbonate production, crystallization recovery, purification, and post-treatment duties where the slurry contains sodium bicarbonate crystals, mother liquor, fine particles, dissolved salts, and

Scraper Bottom Discharge Centrifuge for Boric Acid Crystal Dewatering Description The Scraper Bottom Discharge Centrifuge is designed for batch filtration, cake washing, dewatering, and automatic discharge of filterable boric acid crystals. It is suitable for boric acid crystallization processes where crystal slurry contains boric acid crystals, acidic mother liquor, dissolved impurities, fines, and residual wash liquid. The separation stage must remove mother liquor

Scraper Bottom Discharge Centrifuge for Potash Salt Crystal Dewatering Description The Scraper Bottom Discharge Centrifuge is designed for batch filtration, cake washing, dewatering, and automatic discharge of filterable potash salt crystals. It is suitable for potash crystallization duties involving potassium chloride, potassium sulfate, mixed potash salts, fertilizer-grade salt crystals, and similar crystalline materials produced from evaporation, cooling crystallization,

Bag Lifting Centrifuge for Delicate Crystal Batch Recovery Description The Bag Lifting Centrifuge is designed for batch recovery, washing, and dewatering of delicate, high-value, or easily damaged filterable crystals. Some crystals can be affected by aggressive manual scraping, excessive handling, uneven feeding, strong wash flow, or repeated transfer between equipment. In these cases, the separation target is not only to remove mother liquor. The process must also maintain

Top Discharge Centrifuge for Polymer Bead Dewatering Description The Top Discharge Centrifuge is designed for batch washing, solid-liquid separation, and dewatering of filterable polymer beads after polymerization, post-treatment, purification, classification, or recovery. Polymer bead slurry may contain spherical polymer particles, water or solvent, residual monomer, dispersants, salts, reaction auxiliaries, fine-particle fractions, and soluble impurities. The dewatering

Top Discharge Centrifuge for Batch Filter Cake Washing Description The Top Discharge Centrifuge is designed for batch filtration, in-basket cake washing, and final dewatering of filterable crystalline or particulate solids. It is suitable for processes where the main separation target is not only to remove mother liquor, but also to wash the retained filter cake with a controlled liquid sequence before downstream drying, screening, reuse, or packaging. This configuration is

Top Discharge Centrifuge for Small-Batch Solvent Crystal Recovery Description The Top Discharge Centrifuge is designed for batch filtration, crystal washing, and solvent removal in small-batch crystal recovery processes. It is suitable for crystallized products produced from solvent-based reaction, extraction, purification, or recrystallization steps. The feed slurry may contain product crystals, solvent, mother liquor, soluble impurities, and fine crystal fractions. The