Motor-Driven Starch Hydrocyclone for High-Efficiency Separation in Cassava Processing Plants

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December 04, 2025
Category Connection: Cassava Starch Processing Machine
Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see the advanced motor-driven hydrocyclone in action, demonstrating its high-efficiency separation process for cassava starch. We'll walk you through its operation in a real cassava processing plant, showing how it performs degreasing, fine slag separation, and protein isolation to enhance your starch production line.
Related Product Features:
  • Designed for high-efficiency separation, degreasing, and washing of starch emulsions in cassava processing.
  • Enables continuous concentration, separation, and clarification of food industry suspensions.
  • Available in multiple models (MC445, MC500, MC550, MC600) with varying power and capacity specifications.
  • Serves as a high-performance substitute for disc separators in starch concentration processes.
  • Facilitates A-starch and B-starch splitting specifically for wheat starch production lines.
  • Used for starch retrieval in corn starch processing systems to maximize yield.
  • Capable of separating A-starch, B-starch, and gluten through hydrocyclone technology.
  • Supports applications in various starch types including modified starch emulsions.
FAQs:
  • What types of separation processes can this hydrocyclone perform?
    This hydrocyclone is designed for degreasing, fine slag and protein separation, washing, enrichment, and continuous concentration and clarification of starch emulsions in various processing applications.
  • What are the available models and their capacities?
    The hydrocyclone is available in models MC445 (10-15t/h), MC500 (15-20t/h), MC550 (20-25t/h), and MC600 (30t/h or above), with corresponding power ratings from 11kW to 75kW.
  • In which starch processing applications can this equipment be used?
    It's suitable for cassava starch processing, wheat starch lines for A and B starch splitting, corn starch retrieval systems, and general starch washing, refining, and protein isolation across various starch types.