Centrifuga cesto

Scraper Bottom Discharge Centrifuge for Borate and Specialty Mineral Salt Separation Description The Scraper Bottom Discharge Centrifuge is designed for batch solid-liquid separation, cake washing, spin drying, and automatic bottom discharge of borate crystals and specialty mineral salts. It is suitable for filterable crystalline products generated by evaporation, cooling crystallization, reaction crystallization, brine concentration, and mineral salt recovery processes.

Bag Lifting Centrifuge for Sugar Alcohol Crystal Recovery Description The Peony Bag Lifting Centrifuge is designed for the batch recovery, washing, dewatering, and gentle discharge of sugar alcohol crystals after crystallization. It is particularly suitable for erythritol crystal recovery and can also be configured for xylitol, maltitol, sorbitol, mannitol, and other polyol crystal products where crystal solubility, product purity, washing loss, and mother liquor recovery

Bag Lifting Centrifuge for Chiral Intermediate Crystal Recovery Description The Bag Lifting Centrifuge is designed for batch recovery, washing, dewatering, and clean discharge of high-value chiral intermediate crystals. It is suitable for fine chemical and pharmaceutical-intermediate crystallization processes where product loss, mother liquor carryover, cross-contamination risk, and manual cake removal need to be controlled. Instead of scraping the crystal cake from the

Bag Lifting Centrifuge for Food Acid Crystal Recovery Description The Bag Lifting Centrifuge is designed for the batch separation, washing, dewatering, and gentle discharge of food acid crystals after crystallization. It is suitable for crystalline food additives such as malic acid, tartaric acid, citric acid, citric acid monohydrate, and similar organic acid products. The centrifuge separates mother liquor from the crystal cake, supports controlled cake washing when required

Bag Lifting Centrifuge for Creatine Monohydrate Crystal Separation Description The Bag Lifting Centrifuge is designed for batch solid-liquid separation, controlled washing, spin drying, and gentle discharge of creatine monohydrate crystals after crystallization. It is suitable for creatine monohydrate production lines where mother liquor removal, crystal cleanliness, product retention, and hygienic handling are important. The crystal slurry is fed into the rotating basket,

Top Discharge Centrifuge for Molecular Sieve Bead Washing and Dewatering Description The Top Discharge Centrifuge is designed for batch washing, dewatering, and recovery of molecular sieve beads after synthesis, ion exchange, washing, regeneration, or purification processes. It is suitable for granular adsorbent materials such as 3A, 4A, 5A, 13X molecular sieve beads, zeolite beads, and similar porous desiccant or adsorption media that require controlled liquid removal while

Top Discharge Centrifuge for Ceramic Bead Washing and Dewatering Description The Top Discharge Centrifuge is designed for batch washing, dewatering, and recovery of ceramic beads, grinding media, and wear-resistant ceramic particles. It is suitable for dense granular materials such as alumina beads, zirconia beads, ceramic grinding media, ceramic pellets, and similar particles produced after forming, sintering, polishing, classification, or surface treatment processes.

Top Discharge Centrifuge for Small-Batch Wax Crystal Recovery Description The Top Discharge Centrifuge is designed for small-batch wax crystal recovery, washing, dewatering, and manual top discharge after wax crystallization or solvent dewaxing. It is suitable for filterable wax crystals produced from paraffin wax, microcrystalline wax, specialty wax blends, Fischer-Tropsch wax, petroleum wax fractions, and similar crystallized wax products. The centrifuge separates the

Bag Lifting Centrifuge for High-Purity Flavor and Fragrance Intermediate Recovery Description The Bag Lifting Centrifuge is designed for batch crystal recovery, mother liquor separation, controlled washing, and gentle discharge of high-purity flavor and fragrance intermediates. It is suitable for crystalline organic intermediates produced by solvent crystallization, cooling crystallization, reaction crystallization, or purification processes. These products often have high