Sepet Santrifüj

Scraper Bottom Discharge Centrifuge for Mother Liquor Recycle Crystallization Loop Description The Scraper Bottom Discharge Centrifuge is designed for crystal separation in mother liquor recycle crystallization loops. It separates crystallized solids from the circulating mother liquor, removes residual liquid from the crystal cake, and discharges the solids automatically through the bottom outlet. In evaporation and crystallization systems, the mother liquor usually contains

Bag Lifting Centrifuge for Lactose Crystallization Description The Bag Lifting Centrifuge is designed for the solid-liquid separation, crystal washing, and dewatering of lactose crystals after crystallization. In lactose production, crystallized slurry typically contains lactose crystals and mother liquor. The centrifuge separates the crystals from the liquid phase, reduces residual mother liquor in the cake, and prepares the product for downstream drying, screening, milling,

Bag Lifting Centrifuge for Glucose Crystallization Description The Bag Lifting Centrifuge is designed for the solid-liquid separation, crystal washing, and dewatering of glucose crystals after crystallization. The equipment is suitable for batch glucose crystallization processes where hygienic handling, controlled cake washing, reduced residual moisture, and complete product recovery are required. It is commonly used for crystalline glucose, dextrose monohydrate, food-grade

Bag Lifting Centrifuge for Amino Acid Crystal Harvesting Description The Bag Lifting Centrifuge is designed for harvesting, washing, and dewatering amino acid crystals after purification and crystallization. In amino acid production, the crystallized slurry typically contains amino acid crystals, mother liquor, residual salts, and soluble impurities. The centrifuge separates the crystals from the mother liquor, supports controlled cake washing, and reduces residual moisture

Bag Lifting Centrifuge for Biopharma Batch Solid-Liquid Separation Description The Bag Lifting Centrifuge is designed for batch solid-liquid separation of filterable biopharma product solids after precipitation, crystallization, purification, or downstream processing. In biopharma production, the separated material may include crystallized intermediates, precipitated product solids, purified active ingredient intermediates, fermentation-derived solids, or other valuable

Bag Lifting Centrifuge for Fermentation Broth Product Recovery Description The Bag Lifting Centrifuge is designed for the batch recovery, washing, and dewatering of valuable solid products obtained from fermentation broth after downstream purification. In a typical fermentation-based production process, the raw broth first undergoes clarification, cell removal, concentration, pH adjustment, precipitation, crystallization, or solvent treatment. The resulting product slurry may

Bag Lifting Centrifuge for Fructose Crystallization Description The Bag Lifting Centrifuge is designed for the solid-liquid separation, crystal washing, and dewatering of fructose crystals after crystallization. In crystalline fructose production, the slurry contains fructose crystals and mother liquor. The centrifuge separates the crystals from the liquid phase, reduces residual mother liquor in the cake, and prepares the product for downstream drying, screening, packaging,

Top Discharge Centrifuge for Organic Salt Crystallization Separation Description The Top Discharge Basket Centrifuge is designed for batch separation of organic salt crystals after crystallization, neutralization, concentration, or purification. It is suitable for filterable organic salt slurry where the crystals need to be separated from mother liquor, optionally washed, spin dried, and manually removed through the top opening. Typical materials may include citrate salts,

Scraper Bottom Discharge Centrifuge for Evaporative Crystallizer Slurry Dewatering Description The Scraper Bottom Discharge Centrifuge is designed for dense, high-solids crystalline slurry that requires controlled feeding, stable cake formation, centrifugal dewatering, and automatic bottom discharge. It is particularly suitable when the crystal-to-liquor ratio is high, slurry concentration fluctuates between batches, or upstream crystallization produces intermittent peak