Equipment Principle
A stacked disc centrifuge is a precision device that utilizes high-speed rotation and a multi-layered conical disc structure for efficient solid-liquid separation. Its operating principle is as follows: a mixed liquid enters the rotating drum through the feed inlet. High-speed centrifugal force causes components of varying densities to rapidly separate radially. Solid particles, driven by centrifugal force, settle on the disc surface and are then removed by scraping or an automatic slag discharge system. Due to its short separation path and large effective area, the stacked disc centrifuge offers significant advantages in separating fine particles and is widely used in demanding, high-purity separation processes.
Highly adaptable to diverse operating conditions
The stacked disc centrifuge can process a variety of complex materials, including low-concentration suspensions, high-solids liquids, emulsions, and oil-water mixtures. Users can adjust parameters such as speed, feed pressure, and discharge cycle to optimize the process based on the material’s characteristics. A variety of optional drum volumes, disc angles, and discharge methods (intermittent, timed, or induction-based automatic discharge) are available to meet flexible separation needs under varying operating conditions. It is particularly suitable for the classification and clarification of micron-sized particles.
Wide Range of Applications
Our stacked disc centrifuges are widely used in a variety of applications, including separation of E. coli and yeast fermentation broths, clarification of plant extracts, vaccine purification, and oil refining. We provide professional selection guidance and customized solutions tailored to specific material characteristics and process requirements, helping customers improve separation efficiency and optimize production processes.
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