Zentrifuge für industrielle Dekanzer

Chemical Industrial Decanter Centrifuge for Process Slurry Description Chemical Industry Industrial Decanter Centrifuge is designed for continuous solid-liquid separation in chemical production, fine chemical processing, corrosive sludge treatment, and process slurry handling. Unlike a general chemical sludge dewatering centrifuge, this product is not limited to wastewater sludge volume reduction. It is also suitable for process slurry separation, crystallization mother

Corrosion-Resistant Industrial Decanter Centrifuge for Hazardous waste Description Corrosion-Resistant Industrial Decanter Centrifuge is designed for continuous solid-liquid separation of corrosive industrial sludge. Compared with general-purpose decanter centrifuges, this model focuses on anti-corrosion material selection, chemical compatibility, stable sludge dewatering, and reduced downtime caused by corrosion-related wear or damage. Typical Corrosive Applications Acidic

Water-Recovery Industrial Decanter Centrifuge for Tailings water Description Water-Recovery Industrial Decanter Centrifuge is designed for mining, sand washing, coal washing, mineral processing, and inorganic slurry projects where the main target is to recover clarified water from slurry and reduce the load on settling ponds or tailings ponds. Unlike a wear-resistant decanter page that focuses mainly on machine protection and longer service life under abrasive slurry

Heavy-Residue Industrial Decanter Centrifuge for Tar Sludge Separation Description Heavy-Residue Industrial Decanter Centrifuge is designed for separating heavy sludge, sticky residue, tar sludge, high-solids slurry, and difficult-to-discharge industrial materials. Compared with a standard decanter centrifuge, this machine focuses on high-torque screw conveying, anti-blockage discharge design, controlled differential speed, stable cake removal, and reliable operation under

High-Torque Industrial Decanter Centrifuge for Heavy-Load Slurry Description High-Torque Industrial Decanter Centrifuge is designed for continuous solid-liquid separation of high-solids slurry, sticky sludge, heavy industrial residue, and unstable feed materials. Compared with general-purpose decanter centrifuges, this model focuses on high-torque screw conveying, stable differential speed control, stronger solids discharge capability, and reduced blockage risk under heavy

Continuous Industrial Decanter Centrifuge for 24/7 Production Lines Description Continuous Operation Industrial Decanter Centrifuge is designed for long-hour solid-liquid separation in industrial production lines where stable operation, low downtime, and continuous discharge are critical. Compared with general-purpose decanter centrifuges, this model focuses on reliable continuous feeding, stable liquid discharge, stable cake discharge, automatic monitoring, and reduced

Explosion-Proof Industrial Decanter Centrifuge for Flammable Materials Description Explosion-Proof Industrial Decanter Centrifuge is designed for continuous separation of oily sludge, flammable industrial slurry, and oil-water-solid mixed materials in potentially hazardous working conditions. Compared with general-purpose decanter centrifuges, this model focuses on explosion-proof configuration, oil recovery, safe operation, enclosed separation, stable solids discharge, and

High-Speed Industrial Decanter Centrifuge for Fine Particle Separation Description High-Speed Industrial Decanter Centrifuge is designed for continuous solid-liquid separation where fine particles, difficult-settling solids, and high suspended solids make clarification difficult. Compared with standard decanter centrifuges, this model focuses on higher separation force, improved fine particle capture, lower suspended solids in the liquid phase, and more stable clarification

Automatic PLC Control Industrial Decanter Centrifuge for Sludge Dewatering Lines Description Automatic Industrial Decanter Centrifuge with PLC Control is designed for industrial solid-liquid separation systems that require automatic operation, stable parameter control, overload protection, and reduced manual adjustment. Compared with a manually operated decanter centrifuge, this model focuses on PLC central control, VFD speed adjustment, automatic feed control, differential