Starch Processing Separation Equipment High Failure Rate, No-Moving-Parts Desander Reduces Downtime

In wet processing of cassava, potato, corn, and sweet potato starch, sand, mud, and hard particles in slurry are the main causes of frequent failures in separation equipment. These impurities enter hydrocyclones, pumps, screens, and other key components, causing wall wear, pipeline blockage, reduced accuracy, and seal failure. This directly leads to production downtime, frequent maintenance, and higher operation costs.

Traditional pretreatment equipment has complex structures and many moving parts, which are more prone to jamming and damage under high-impurity and high-humidity environments, further increasing failure rate and instability. For large-scale starch production lines, reducing failure rate and unplanned downtime is critical to improving efficiency and profitability.

The Desander uses pure centrifugal separation and has no moving parts in the whole machine. It completely eliminates mechanical failure points and greatly improves operation stability, making it an ideal front-end pretreatment device to reduce failure rates in starch lines.

With an eccentric inlet, the equipment creates a strong swirling flow. Under centrifugal force and gravity, sand and heavy impurities settle quickly to the cone bottom hopper, while clean slurry flows upward to the next stage. There are no bearings, gears, or rotating parts, so jamming, wear, and burnout are avoided, enabling long-term stable continuous operation.

The body is made of SS304 stainless steel or wear-resistant nylon, which is wear-resistant, corrosion-resistant, and not easy to block, adapting to high-impurity starch slurry conditions. It is CE certified to European safety standards, with compact structure, easy installation, and extremely low maintenance. It can significantly reduce full-line downtime caused by pretreatment equipment failures, protect downstream separation equipment, and make the whole line run more smoothly.

The Desander covers standard capacities of 10t/h, 15t/h, 20t/h and can be customized, perfectly matching the stable operation needs of various starch production lines.

1. Prioritize Desander with no moving parts to reduce failure risks from the source.
2. Match the model according to actual line capacity: DS2 (10t/h), DS4 (15t/h), DS4+1 (20t/h).
3. Choose SS304 or wear-resistant nylon for better durability and less wear/blockage.
4. Install after pulping and before main separation equipment to form a stable “pre-desanding + refining” process.
5. Select CE-certified units to meet safety standards and compliance requirements for overseas factories.