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

Andere Video's
December 04, 2025
Brief: Observe the step-by-step operation and see practical examples of usage in this demonstration of the Advanced Hydrocyclone for Cassava Starch Processing. This video showcases the high-efficiency separation solution in action, illustrating how it performs degreasing, fine slag and protein separation, washing, and enrichment for various starch emulsions in a cassava processing plant.
Related Product Features:
  • Designed for high-efficiency separation, degreasing, and washing in cassava starch processing.
  • Serves for fine slag and protein separation, as well as enrichment of starch emulsions.
  • Enables continuous concentration, separation, and clarification of food industry suspensions.
  • Available in multiple models including MC445, MC500, MC550, and MC600 with varying power and capacity.
  • Suitable for starch washing, refining, protein isolation, and concentration processes.
  • Capable of A-starch and B-starch splitting in wheat starch processing lines.
  • Facilitates starch retrieval in corn starch processing systems effectively.
  • Offers a reliable substitute for high-performance disc separators in starch concentration.
Vraagstukken:
  • What are the main applications of this hydrocyclone in starch processing?
    It is used for starch washing, refining, protein isolation, concentration, A-starch and B-starch splitting in wheat starch lines, and starch retrieval in corn starch processing systems.
  • What types and capacities are available for this hydrocyclone?
    Available types include MC445 (11-18 kW, 10-15 t/h), MC500 (15-37 kW, 15-20 t/h), MC550 (30-45 kW, 20-25 t/h), and MC600 (30-75 kW, 30 t/h or above).
  • How does the hydrocyclone contribute to efficiency in cassava processing plants?
    It provides high-efficiency separation, degreasing, and washing, enabling continuous operation and effective clarification of starch emulsions, which enhances overall processing productivity.