সিই ক্যাসাভা স্টার্চ প্রসেসিং মেশিন উচ্চ স্টার্চ এক্সট্রাকশন রেট দ্বারা সেন্ট্রিফুগাল সিট

Brief: We tested it—see the highlights and what to expect in real operation. This video provides a detailed walkthrough of the CS1200 Cassava Starch Centrifuge Sieve Machinery in action. You'll see how this centrifugal sieve efficiently separates fine fiber from starch slurry after rasping and desanding, showcasing its high processing capacity and starch extraction rate in a continuous working model.
Related Product Features:
  • Completely closed combination structure eliminates the need for intermediate tanks.
  • Lower motor placement provides enhanced operational stability.
  • Stainless steel sieve plate ensures longer service life and higher efficiency.
  • Unique stainless steel multi-layer composite screen increases separation rate.
  • No dead corner design prevents bacteria growth and meets food hygiene standards.
  • Self-designed defoaming pump guarantees stable performance during operation.
  • Constructed from durable stainless steel material for longevity.
  • Counter current washing and separating system reduces water consumption.
প্রশ্নোত্তর:
  • What is the primary function of the CS1200 Centrifugal Sieve?
    The CS1200 Centrifugal Sieve is designed to separate fine fiber (pulp) from starch slurry after the rasping and desanding processes, making it ideal for extracting starch from tubers and wheat in medium to large-scale enterprises.
  • What are the key advantages of the CS1200's design?
    Key advantages include a completely closed structure requiring no intermediate tanks, a lower motor for better stability, a stainless steel sieve plate for durability, a multi-layer composite screen for higher separation efficiency, and a no-dead-corner design that meets food hygiene standards.
  • How does the CS1200 contribute to operational efficiency and resource management?
    The CS1200 features counter current washing and separating, which minimizes water consumption, and includes a self-designed defoaming pump to ensure stable performance, resulting in high starch extraction rates and efficient resource use.