Rapid Screen Wear Increases Costs, Wear-Resistant Centrifugal Sieve Reduces Spare Parts Expense

Tuber slurry contains sand, hard particles and coarse fiber. These materials continuously scour and rub against the screen under centrifugal force. Standard screens wear out quickly, resulting in broken wires and deformed mesh holes.

Worn screens reduce screening accuracy and allow impurities to pass through, deteriorating final product quality. Frequent screen replacement requires high spare parts investment and extra labor. Regular shutdowns also interrupt continuous production and cause output loss, which greatly raises overall operating costs.

This centrifugal sieve is fitted with screens made of high-wear-resistant alloy with enhanced treatment. It features excellent anti-scour and anti-friction performance and far longer service life.

The optimized internal flow path disperses material impact and ensures even stress distribution on the screen. Mesh size and screening efficiency remain stable during long-term operation, maintaining reliable separation performance.

It works well for slurry with high fiber and sediment content. Longer replacement cycles cut downtime, spare parts cost and labor expense effectively, achieving cost reduction and efficiency improvement for starch production.

1. Choose wear-resistant centrifugal sieve to solve the problem of rapid screen damage
2. Verify screen material and reinforcement technology for reliable anti-abrasion performance
3. Check internal flow design to reduce direct impact on screen surface
4. Select proper wear resistance level according to sand and fiber content in slurry
5. Adopt separately detachable screen structure for convenient later replacement