Starch Slurry Level Fluctuates Greatly, Vacuum Filter Stabilizes Dewatering Conditions

In wet production of potato, cassava, corn and other starches, unstable slurry level with large fluctuations is a common cause of poor dewatering performance. Changing slurry level directly leads to uneven cake thickness, lower dewatering efficiency, unstable dry substance content, and even material leakage, slurry running and sudden load changes, seriously affecting the continuous operation of the whole line.

Traditional dewatering equipment lacks precise level control and relies on manual adjustment, which is not only cumbersome but also difficult to maintain stable dewatering conditions. For standardized and automated starch lines, continuously adjustable level control has become an essential function for vacuum filters.

The rotary drum vacuum filter adopts a continuously adjustable level control system to keep the slurry surface stable in real time, avoiding interference from fluctuations to ensure more uniform cake formation, more sufficient dewatering and more stable discharge.

Combined with adjustable drum speed and adjustable stirrer frequency, the machine can quickly adapt to changes in slurry concentration and flow, always maintaining the best dewatering conditions and significantly improving dry substance and product consistency.

The unit features a full stainless steel food-grade structure with internal cleaning system, providing hygiene compliance, corrosion resistance and long service life. It runs with low energy consumption, no peak current, continuous operation and simple maintenance, supporting 24-hour non-stop stable operation for various large-scale starch lines.

1. Prioritize vacuum filters with continuously adjustable level control to stabilize dewatering conditions from the source.
2. Match the model to actual capacity: VF10 (2t/h), VF15 (4t/h), VF20 (5t/h).
3. Combine with adjustable drum speed + adjustable stirrer frequency for better working condition adaptability.
4. Choose full stainless steel contact parts to meet food-grade hygiene and long-term stable use.
5. Focus on low-energy, no-peak-current design to reduce load fluctuation and improve overall line stability.