Breakthrough Performance:

Ceramic rotation discs utilize state-of-the-art dynamic cross-flow filtration technology. Traditional tubular ceramic membranes rely on powerful and energy-consuming pumps to propel the fluid, thereby generating cross-flow and turbulences within the tubes. However, the design of rotation discs subverts this logic: it actively generates a tangential overflow through the rotation of the discs themselves. This "proactive" filtration approach makes the control of fluid dynamics more precise and highly efficient.


Advantages:

• Significantly reduced energy costs: Because the fluid is driven directly by the rotational movement, the system no longer requires extremely high-power fluid pumps. This effectively reduces the pumping effort and significantly lowers the plant's electricity expenses.

• Fearless against high viscosity and high concentration: When dealing with high viscosity media, or when the process objective requires achieving a high concentration, rotation discs demonstrate an exceptional separation efficiency that traditional static filtration equipment cannot match.

• Excellent cleanability and maintainability: Rotation discs also support highly efficient membrane cleaning mechanisms. You can perform backflushing at any time according to process requirements, and they are perfectly compatible with the plant-integrated Clean-In-Place (CIP) procedures.

• High automation and resource savings: Implementing this system helps plants achieve automated operations. It not only maintains highly stable product quality but also achieves outstanding environmental and resource-saving benefits by reducing wastewater discharge and optimizing cleaning processes.

• Extreme process material handling: Specifically designed to tackle high-viscosity materials with low flow rates that easily clog traditional filter membranes, or industrial liquids requiring high-ratio concentration.

• Food and beverage industry (Beer and Wine): In the production of beer and wine, rotation discs are widely used in the clarification process. They can efficiently filter out impurities without the addition of chemical additives, ensuring the purity and high-quality flavor of the beverages.