High Requirements for Food-Grade Starch, Multicyclone Provides Deep Sand Removal to Meet Industry Standards

In food-grade starch applications such as food, beverages, condiments and edible gums, there are strict limits on ash content, sand content, whiteness and hygiene safety.

Common single-stage cyclones or traditional sand removal equipment have limited ability to remove fine sand particles, often leading to excessive sand content and residual impurities. As a result, starch fails to pass food-grade certification and can only be sold at a lower grade. Meanwhile, unstable impurities cause inconsistent product quality, making it difficult to meet the long-term stable supply demands of large food enterprises, becoming a major barrier for enterprises to enter the high-end market.

Multicyclone adopts a multi-pipe parallel + enhanced centrifugal separation structure, specially designed for deep purification of food-grade starch, enabling stable and efficient removal of fine sand.

Through uniform flow distribution, each cyclone core operates at optimal efficiency, delivering high removal rates of silt, fine stones and heavy impurities. It can stably control sand content and ash within food-grade standards. The unit is made of hygienic anti-corrosion materials, with no dead zones, no filter screens and no material accumulation, avoiding secondary pollution and complying with food processing hygiene standards.

The equipment supports 24-hour continuous operation with stable performance and no manual cleaning. It not only ensures stable compliance of starch purity and whiteness, but also effectively protects downstream pumps, pipelines and screening equipment, realizing high-quality, continuous and low-cost production.

1. Choose parallel multi-pipe Multicyclone for more thorough separation and deep sand removal.
2. Select food-contact safe wear-resistant and corrosion-resistant materials to avoid rust, shedding and secondary pollution.
3. Focus on non-sticking, easy-cleaning structure to meet hygiene and cleaning requirements of food production lines.
4. Match the number of cyclone pipes according to line flow to ensure stable sand removal under large capacity.
5. Prioritize modular, pipeline-connected models for easy installation, maintenance and future expansion.