Low Throughput Limits Capacity, High-Flow Centrifugal Sieve Suits Large-Scale Production

Conventional centrifugal sieves have narrow internal passages and limited processing capacity. For large tuber starch plants, small-capacity units cannot handle high-volume slurry from upstream raspers, resulting in material backlog and process congestion.

Prolonged slurry retention causes starch sedimentation and quality deterioration. Deploying multiple small sieves requires extra floor space and complicated piping. It also brings inconsistent separation performance and higher labor and maintenance costs, hindering production expansion.

Designed with enlarged chamber and widened inlet, the high-flow centrifugal sieve delivers remarkable processing capacity to match large-scale production lines.

The optimized flow design ensures smooth material circulation. Feeding, screening and residue discharge operate efficiently simultaneously. With enhanced centrifugal structure, it maintains reliable separation quality and high starch recovery even at full throughput.

Equipped with heavy-duty power system, it supports round-the-clock continuous full-load operation. One single unit can replace multiple small devices to simplify layout and management. It is ideal for processing cassava, sweet potato, potato and other tubers.

1. Adopt high-flow centrifugal sieve to meet high-load screening demands of large production lines
2. Check enlarged chamber and inlet for smooth material transportation
3. Select proper model based on the daily throughput of the whole production line
4. Verify robust drive system for stable long-term full-load operation
5. Balance large throughput and screening precision to guarantee consistent separation performance