Application

  1. Dust-laden air enters the Cyclone Dust Collector through the tangential inlet.
  2. High-speed airflow creates a spinning vortex inside the cylindrical chamber.
  3. Due to centrifugal force, heavier dust and abrasive particles are thrown outward to the walls and fall into the hopper.
  4. Cleaned air spirals upward through the vortex finder and exits into secondary filtration or atmosphere.
  5. Optional multi-cyclone units handle large air volumes with parallel separation chambers.

Cyclone Dust Collector for Shot Blast Rooms

The Spraytac Cyclone Dust Collector is a robust and highly efficient dust separation system designed to handle the Heavy Dust Loads generated in Shot Blast Rooms and other abrasive blasting environments. Unlike conventional filtration systems, cyclone collectors operate on the principle of Centrifugal Separation, removing larger and medium-sized dust particles before they even reach finer filtration stages.

This pre-filtration capability not only ensures longer Filter Life in Downstream Systems (Like Cartridge or Bag Filters) but also offers a Low-Maintenance, High-Durability Solution for industries requiring continuous blasting operations

Specializations & Options

  • Multi-Cyclone Arrays – For large-scale industrial blasting facilities.
  • Rubber/Ceramic Lining – For extreme abrasion resistance.
  • Explosion-Proof Models – For aluminum and hazardous dust.
  • Hybrid Systems – Combined with Cartridge/Baghouses.
  • Portable Skid-Mounted Units – For flexible deployment.

Features:

  • Heavy-duty construction with abrasion-resistant lining.
  • Centrifugal dust separation technology.
  • Efficiency of 90–95% for coarse particles (>10 microns).
  • Large-capacity hopper for dust discharge.
  • Low maintenance with no moving parts.Scalable modular design (single or multi-cyclone).
  • Can operate as pre-filter to extend life of downstream filters.
  • Customizable airflow from 5,000 CFM to 1,00,000 CFM.

Working Principle

  1. Dust-laden air enters the Cyclone Dust Collector through the tangential inlet.
  2. High-speed airflow creates a spinning vortex inside the cylindrical chamber.
  3. Due to centrifugal force, heavier dust and abrasive particles are thrown outward to the walls and fall into the hopper.
  4. Cleaned air spirals upward through the vortex finder and exits into secondary filtration or atmosphere.
  5. Optional multi-cyclone units handle Large Air Volumes with parallel separation chambers.

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