Brief: A lively demo that shows real outcomes and how to get started quickly. Watch as we showcase the high-capacity centrifugal sieve in action, demonstrating its efficient separation of starch from cassava, potato, and wheat pulp. See how this advanced equipment integrates SGM technology for maximum starch extraction and seamless installation in large-scale industrial settings.
Related Product Features:
High-velocity operation ensures efficient separation of starch and fibrous residues for superior purification.
Precision-engineered structure delivers consistent performance and exceptional separation efficiency.
Wear-resistant material construction minimizes maintenance costs and enhances long-term cost-effectiveness.
Designed for large-scale industrial production and continuous 24/7 operation to meet high-volume demands.
Available in multiple models (CS850, CS1000, CS1200) with varying basket diameters and power configurations.
Integrates SGM technology with global expertise for high throughput and optimal power usage.
Easy installation and compatibility with cassava, potato, wheat, and sweet potato starch production lines.
Boasts a high starch extraction rate, making it ideal for energy-saving and precision processing applications.
FAQs:
What types of starch production lines is this centrifugal sieve equipment suitable for?
This centrifugal sieve is designed for high-yield sweet potato starch, industrial potato starch, energy-saving cassava starch, and precision wheat starch extraction production lines, offering versatile application across various large-scale processing needs.
How does the centrifugal sieve achieve efficient starch separation?
The equipment utilizes high-velocity operation to effectively separate starch from crushed raw material pulp, maximizing purification results through advanced screening technology and precision engineering for consistent, high-efficiency performance.
What are the key advantages of using this machinery in industrial settings?
Key advantages include wear-resistant construction for reduced maintenance costs, adaptability to continuous 24/7 operation, high starch extraction rates, and seamless integration into large-scale production lines, ensuring long-term cost-effectiveness and reliability.