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Perforated Sugar Screens

Perforated Sugar Screens are specially designed for sugar processing equipment requiring precise separation, dewatering, and crystal refinement. Their accurate hole patterns ensure uniform filtration and smooth product flow, preventing clogging and supporting high throughput. These screens maintain structural integrity even under continuous rotation and vibration during centrifuge operations.


Manufactured from high-quality stainless steel or food-grade alloys, they offer excellent corrosion resistance and hygiene. Available in various thicknesses, hole sizes, and configurations, these screens can be customized to match different sugar processing systems, ensuring consistent performance and long service life.

Design

  • Precise perforation pattern ensures uniform sugar separation.

  • Strong structure withstands continuous centrifuge vibrations.

  • Customizable dimensions fit various processing equipment.

  • Tailored thickness suits specific load requirements.

  • Corrosion-resistant materials enhance operational lifespan.

  • Engineered geometry delivers reliable long-term performance.

  • Smooth surface prevents sugar crystal damage.

  • Optimized hole size supports high filtration efficiency.

  • Food-grade metals ensure safe product handling.

Features

  • High efficiency in sugar filtration processes.

  • Excellent resistance to corrosion and wear.

  • Durable construction for heavy-duty applications.

  • Lightweight yet mechanically strong design.

  • Low maintenance reduces operational downtime.

  • Cost-effective solution with long service life.

  • Smooth flow with minimal clogging issues.

  • Easy to clean and maintain hygienically.

  • Supports consistent crystal size refinement.

  • Custom manufacturing meets process needs.

Industrial Application

Used in sugar mills, food processing, beverage production, chemical plants, pharmaceuticals, agriculture, centrifuge systems, and dewatering applications for sugar separation and filtration processes.

Compatible Environments
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