FLSmidth VXPmill

The VXPmill is designed as an efficient option for fine and ultra fine grinding applications

VXPmill vertical stirred mill
  • Overview
  • Specifications
  • Maintenance

The VXPmill is designed as an efficient option for fine and ultra fine grinding applications and outperforms similar technologies in:

  • Capital cost
  • Flexible design
  • Installed power per ton processed 
  • Operating and maintenance costs 
  • Higher throughput and availability 
  • Smaller footprint 
  • Automation and data collection

FLSmidth® VXPmills are vertical stirred mills which operate at a power intensity that is higher than low-speed mills and overlaps that of high speed mills. This allows the VXPmill to be customized to a wide range of grinding applications.

Lower ore grades and complex minerology are driving demand for more efficient fine grinding.

FLSmidth is a One-Source engineering and equipment supplier that provides a full range of fine-grinding mills designed for easy shipment, simple erection and trouble-free maintenance. Most importantly, these vertical stirred mills are customizable to each unique mining application, optimizing the performance of the mill and increasing ore recoveries. VXPmills are delivered with short lead times at market-leading capital and operating costs.

VXPmill in operation.

 FLSmidth® VXPmill  Net Volume (L)  Installed Power (KW)  Design Speed (rpm) 

 VXP10

 10

 15

11 

 VXP25

 27

 30

 1175

 VXP50

 50

 55

1175

 VXP100

 110

 110

764

 VXP250

 290

 132

 509

 VXP500

 480

 220

 432

 VXP1000

 910

 337

 304

 VXP2500

 2425

 699

 241

 VXP5000

5026

1475

180

 VXP10000

10273

3000

140

VXPmill Maintenance

The VXPmill’s unique design allows operators to quickly flush and drain the media out of the mill into a holding tank in preparation for disc maintenance. After the flushing cycle is completed, a valve is simply opened at the bottom of the mill and the ceramic beads drain into a temporary media storage tank.

This simple feature allows media removal in a safe fashion, as there is no need for the operators to enter the milling chamber in order to remove the media. Once the beads are finished draining, the bottom flange of the milling chamber is lowered and the mill is then ready for maintenance work to be performed.

This is not only a safe solution, but the rapid maintenance process allows for increased time savings and machine availability.

 

 

 

Downloads

FLSmidth VXPmill Brochure
Click to open
Fine grind attritional mills; can they or should they go coarser
Technical paper written by D. Capstick and B. Currie
Knelson-Deswik (VXPmill) milling technology: bridging the gap between low and high speed stirred mills
Technical paper written by D. Rahal, E. Erasmus and K. Major
Knelson-Deswik (VXPmill) Mill: Evaluation of operating variables
Technical paper written by D. Rahal, K. Roberts and T. Rivett
Initial investigations of the Deswik vertical stirred mill (VXPmill) using DEM simulations
Technical paper written by P. Radziszewski, P. Hosseini and S. Martins