Attritors

Attritors

The Attritor combines mixing and grinding in a single chamber with easy media discharge, providing an efficient alternative to conventional ball and sand mills. Grinding media separation is available with or without a steatite lining jacket.

VARADA Attritors are available with heating and cooling arrangements, with or without a recirculation system. The unique shaft configuration and side discharge screen provide efficient operation while reducing labour requirements.

Additional Information

VARADA Attritors are designed to combine mixing and grinding operations in a single chamber. They can be configured with heating, cooling and recirculation arrangements according to specific process requirements.

Product: Industrial Attritors
Available Sizes: 5, 25, 50, 100, 150, 200, 300, 500 and 1000 Litres
Operation: Mixing and Grinding in a Single Chamber
Media Separation: Available with or without Steatite Lining Jacket
Temperature Control: Heating and Cooling Available
Recirculation: Available with or without Recirculation System
Discharge: Side Discharge Screen

Benefits

  • Combines mixing and grinding in a single chamber
  • Easy grinding media discharge
  • Available with or without steatite lining jacket
  • Heating and cooling arrangements available
  • Optional recirculation system
  • Unique shaft configuration
  • Side discharge screen for efficient media separation
  • Labour-saving alternative to conventional ball and sand mills
  • Available in multiple sizes for different process requirements

Industries Served

Paint Industry
Chemical Industry
Pigment Industry
Pharmaceutical Industry
Plastic Industry
Specialty Chemical Industry

Applications

VARADA Attritors are designed for industrial processes requiring efficient mixing and grinding within a single chamber, with optional heating, cooling and recirculation arrangements.

  • Mixing and grinding operations
  • Pigment and colour processing
  • Paint and coating processing
  • Chemical material processing
  • Fine grinding applications
  • Batch processing applications
  • Heating and cooling based grinding processes
  • Recirculation-based grinding applications