When it comes to high-speed solid-liquid or liquid-liquid separation, our Disc Centrifuges are engineered to deliver precise and efficient performance. With a focus on separation accuracy, continuous operation, and compact footprint, we offer a comprehensive range of disc stack centrifuges to suit various industrial applications.
JX Filtration offers a full range of disc centrifuges from laboratory-scale to industrial models, with flexible customization options to suit various capacities and separation needs across chemical, pharmaceutical, food, and environmental applications—reliable, efficient, and fully automated.
A disc centrifuge is a high-speed centrifugal separation device that uses a stack of conical discs inside a rotating drum to achieve continuous solid-liquid or liquid-liquid separation. The disc stack significantly increases the separation area within a compact space, enabling efficient separation of fine particles and immiscible liquids. Available in two-phase (solid-liquid) and three-phase (solid-liquid-liquid) configurations, disc centrifuges are widely used in dairy processing, oil purification, beverage clarification, pharmaceutical extraction, and many other industries.
The disc centrifuge operates on the principle of centrifugal sedimentation. The motor drives the vertical shaft to rotate the drum at high speed, typically 4,000–12,000 r/min. Inside the drum, a stack of conical discs is arranged with small gaps between each disc. Feed liquid enters the drum through a central feed pipe and flows outward through the gaps between the discs.
Under the strong centrifugal force field, heavier solid particles or denser liquid droplets are thrown outward against the disc surfaces and settle. The sediment slides along the disc surfaces and accumulates at the largest diameter of the drum, while the lighter liquid phase moves inward and is discharged through separate outlets. The two separated phases are discharged from their respective channels, and the entire process is continuous and stable. The disc stack design reduces the settling distance of particles to a minimum, achieving separation factors up to 10,000×G.
Materials: Stainless steel 304, 316, 316L, SS2205 duplex stainless steel.
Key Components: Drum, disc stack, vertical shaft, horizontal shaft, machine base, motor, PLC control cabinet.
Control System: Siemens PLC with Schneider electrical components, touch panel interface.
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