Horizontal Sand Mill

Product characteristic--Horizontal Sand Mill

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  Large flow cycle design, improve production capacity

  Suitable for large-scale, continuous production, higher flow rate and shorter grinding time than traditional sanders.
  Shorter material residence time reduces local over-grinding and improves product stability.
  Efficient grinding, more uniform particle size distribution

  The optimized disk structure is adopted to improve the efficiency of kinetic energy transfer and speed up particle size refinement.
  Danameter or submicron grinding effect, suitable for high-precision materials.
  Suitable for high viscosity and high solid content materials

  Suitable for coating, ink, battery slurry and other high viscosity system, will not affect the grinding efficiency due to blockage.
  The disc structure can effectively prevent the grinding medium from settling and ensure stable grinding.

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  The material enters the grinding chamber

  The premixed material is transported to the grinding chamber through the feed pump and is in full contact with the grinding medium.
  The dispersion disc pushes the medium in motion

  The high-speed rotating dispersion disc drives the grinding medium (such as zirconium beads, glass beads) to flow at high speed in the chamber, resulting in strong shear, collision and friction effects on the material particles.
  Particle refinement and circulation flow

  The material circulates in the chamber, and the particles are gradually refined to the target particle size, achieving nanometer precision.
  Efficient separation and discharge of materials

  Through the dynamic or static screening device, the material is separated from the grinding medium, the refined material that meets the requirements is discharged, and the particles that do not meet the requirements are returned to the grinding chamber for processing.

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  Why design it?

   

  The disc large flow design is mainly to improve grinding efficiency, reduce energy consumption, and meet the needs of mass production. The core principle is to optimize the structure of the grinding chamber so that the material can be fully ground while circulating efficiently. Compared with the original, the large flow is designed to improve the grinding efficiency, increase the processing capacity, suitable for large-scale production, reduce energy consumption, reduce grinding dead Angle and adapt to high viscosity materials.