High Performance 60tph 100tph Probability Screen For Ore Dressing Equipment

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October 30, 2025
Category Connection: Ore Dressing Equipment
Brief: Discover the High Performance 60tph 100tph Probability Screen for Ore Dressing Equipment, designed for efficient and environmentally friendly material classification. This compact yet powerful screen uses statistical principles and high-frequency vibration to enhance screening efficiency, making it ideal for refractory materials, machine-made sand, and dry-mixed mortar industries.
Related Product Features:
  • Uses a screen with larger size than the screening size for efficient material classification.
  • Features a closed frame with multiple layers of screens, increasing slope from top to bottom.
  • Equipped with a high-efficiency vibration motor for optimal performance.
  • Operates with low noise and minimal vibration on the foundation.
  • Compact structure ideal for high-altitude installation and easy maintenance.
  • Screening time is only 1/3~1/6 of ordinary vibrating linear screens.
  • Processing capacity per unit area is 5-10 times larger than traditional screens.
  • Available in various models with different technical parameters to suit diverse needs.
Faqs:
  • What is the working principle of the Probability Screen for Ore Dressing Equipment?
    The probability screen uses statistical principles to classify materials by selecting appropriate sieve holes. Materials are evenly distributed on multi-layer inclined screens and move in an inclined linear motion under vibration, allowing efficient screening with minimal blockages.
  • What are the advantages of using this probability screen over traditional screens?
    This probability screen offers higher screening efficiency, reduced screening time (1/3~1/6 of traditional screens), and a processing capacity per unit area that is 5-10 times larger. It also operates with low noise and minimal vibration.
  • What factors affect the processing capacity of the probability screen?
    The processing capacity varies based on the type of screening material, particle size, gradation, moisture content, and density. The typical capacity listed is for limestone with specific conditions, and actual performance may differ.