Solid-Liquid Separation Filtration High Pressure Round Plate Filter Press

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October 11, 2025
Category Connection: Ore Dressing Equipment
Brief: Discover the Solid-Liquid Separation Filtration High Pressure Round Plate Filter Press, an efficient solution for industries like stone waste water, ceramics, and kaolin. This device uses high pressure to separate solids from liquids, reducing moisture content and improving productivity with its automated features and corrosion-resistant materials.
Related Product Features:
  • Efficient dehydration with high pressure extrusion, ideal for high-viscosity materials.
  • Stable operation due to circular structure, ensuring even force distribution and reduced deformation.
  • High level of automation with fully automated plate pulling, liquid collection, and washing processes.
  • High corrosion resistance with optional filter plate materials for various acid and alkaline environments.
  • Suitable for industries like stone waste water, ceramics, kaolin, and building materials.
  • Low water content rate of filter cakes, enhancing efficiency.
  • Durable construction with components including frame, filter plates, compression system, and electrical control system.
  • Multiple models available with varying areas, plate sizes, and filtration pressures to meet different needs.
Faqs:
  • What industries is the Solid-Liquid Separation Filtration High Pressure Round Plate Filter Press suitable for?
    It is mainly used in industries such as stone waste water, ceramics, kaolin, and building materials for efficient solid-liquid separation.
  • How does the high pressure feature benefit the filtration process?
    The high pressure extrusion significantly reduces the moisture content of the filter cake, making it ideal for high-viscosity materials and improving overall efficiency.
  • What are the automation features of this filter press?
    The filter press supports fully automated plate pulling, liquid collection, and washing processes, reducing the need for manual intervention and enhancing operational efficiency.