High Sand Content in Cassava Starch Slurry, Cyclone Desander Ensures Slurry Purity

In cassava starch production lines, residual sand and silt from raw materials are difficult to fully remove in washing stages, leading to high sand content in starch slurry. This problem seriously affects product quality and equipment safety. Fine sand in slurry reduces starch whiteness, purity and taste, making it hard to meet food-grade standards. Meanwhile, sand particles cause severe abrasion to pumps, grinders, screens and pipelines, increasing equipment failures and downtime. For high-quality and continuous cassava processing plants, efficient sand removal is essential to stabilize quality, protect equipment and reduce maintenance costs.

The Cyclone Desander is a continuous solid-liquid separation machine specially designed for cassava starch processing. Based on centrifugal cyclone technology, it realizes non-clogging and high-efficiency sand removal, quickly separating silt, fine stones and heavy impurities to greatly improve slurry purity.

With a fully enclosed cyclone structure, the machine has no filter screen, no clogging and no manual cleaning. When slurry enters, high-speed centrifugal force separates heavy sand and residue automatically, while clean slurry flows out smoothly. It features thorough sand removal and stable performance, supporting 24-hour continuous operation for starch lines.

The unit is compact and easy to install, and can be directly connected to the slurry pipeline without excessive space. It has no extra power loss, low noise and strong wear resistance. With automatic slag discharge, it requires no manual supervision. It not only ensures stable slurry purity but also effectively protects downstream equipment, improving starch quality and production reliability.

1. Choose cyclone type Desander for high sand removal efficiency, non-clogging and stability.
2. Focus on continuous working design to match non-stop production.
3. Select no filter screen, maintenance-free structure to reduce downtime.
4. Confirm starch slurry compatibility with corrosion and wear resistance.
5. Prefer easy-install, pipeline-connected models for fast line integration.