Severe Fiber Winding and Blockage, Anti-Winding Centrifugal Sieve Adapts to High-Fiber Slurry

After crushing cassava, sweet potato and other tuber raw materials, the slurry contains abundant long fibers, peel residues and plant colloid. Conventional screening equipment features simple internal structure, which is highly vulnerable to fiber winding, cavity adhesion and material accumulation.

Fiber winding reduces screening throughput and disrupts material circulation, resulting in poor discharging and low working efficiency. Factories must arrange regular shutdown cleaning, which increases labor and maintenance costs and breaks continuous production. Long-term fiber accumulation may cause material deterioration, harming slurry hygiene and final starch quality, becoming a common bottleneck in tuber starch processing.

The anti-winding centrifugal sieve is structurally optimized for high-fiber working conditions. Combined with dynamic centrifugal separation and anti-winding flow guiding design, it thoroughly solves fiber winding and material blocking.

The streamlined non-stick cavity and fiber dispersing structure can separate long fibers effectively and prevent winding on rotating parts. Powerful centrifugal force accelerates material transportation and avoids fiber adhesion. Without dead-angle internal design, it keeps smooth circulation and stable screening performance.

This equipment runs continuously without clogging for high-fiber and high-viscosity slurry, realizing unattended stable operation. It ensures reliable fiber removal and starch separation, meets round-the-clock production demands, and greatly reduces manual cleaning frequency.

1. Choose professional anti-winding Centrifugal Sieve specially designed for high-fiber tuber slurry.
2. Focus on streamlined inner cavity and non-stick structure to reduce fiber accumulation.
3. Adopt dynamically balanced rotor to ensure stable operation under heavy load.
4. Match equipment throughput according to actual fiber content to avoid overload blockage.
5. Select easy-clean modular design for convenient daily maintenance and long-term stable operation.