Turbo Mills by DP Pulverizer

Turbo mills utilize a high-speed rotating disc or blade system inside a grinding chamber. Here’s how the process works:

1. Feeding
   Dry material is introduced through a controlled feed inlet or screw conveyor.
2. High-Speed Impact & Turbulence
   A fast-rotating turbine or impeller accelerates the particles, causing them to collide with blades, liners, or themselves. Air turbulence within the chamber contributes to finer grinding.
3. Airflow & Classification
   Integrated air classification can separate fine particles from coarse ones. In some models, a dynamic classifier is used for tighter particle size control.
4. Product Collection
   Final product is discharged through a cyclone or bag filter system, depending on setup.

• ✅ Turbine Rotor or Impeller
  Generates impact and airflow at high speeds.
• ✅ Grinding Chamber
  Can be lined with stainless steel or wear-resistant materials.
• ✅ Airflow System
  Maintains cooling and assists particle transport.
• ✅ Classifier (Optional)
  For on-the-fly particle separation and uniformity.
• ✅ Discharge Cyclone/Filter
  Collects ground product for downstream use or packaging.
• ✅ Control System
  Allows real-time adjustment of speed, airflow, and feed rate.

• ✅ Ultra-Fine Grinding — Particle sizes down to 10 microns (or finer depending on material).
• ✅ High Throughput with Low Heat Build-Up — Ideal for temperature-sensitive products.
• ✅ Air-Cooled Grinding Zone — Reduces risk of degradation and product loss.
• ✅ Built-in Classification — For consistent particle size distribution.
• ✅ Easy to Clean — Tool-free access for fast maintenance and hygienic operation.
• ✅ Customizable Design — Available in mild steel, stainless steel (304/316), or coated internals.

• ⚠️ Not Ideal for Hard or Abrasive Materials – May cause premature wear on rotor and chamber.
• ⚠️ Requires Dry Feed – Wet or sticky materials can clog the grinding zone.
• ⚠️ Slightly Higher Energy Use – Due to high rotor speeds and airflow systems.