Proven to improve efficiency across the world’s toughest iron ore, platinum, diamonds and coal separation applications, Multotec manufactures a complete range of dense medium cyclones for your application.
With high chrome alloys and a specially engineered alumina wear tile, together with our Scrolled Evolute design, Multotec DMS cyclones deliver improved wear resistance, reduced maintenance, and a greater product lifespan to help you optimise your cost-per-ton targets.
Multotec’s range of cast iron dense medium cyclones is cast in 27% chrome. This range features design innovations for ultimate wear protecti...
Ceramic lined cyclones (MAX range) provide the ultimate in wear resistance with engineered chamfered tiles and design innovations. These cyc...
Our cyclone densifiers maximise water removal and minimise medium loss in a dense medium circuit. Our experienced engineers can size the rig...
Monocone cyclones from Multotec combine the spigot and cone into a single unit, which extends cyclone lifespan and increases separation effi...
We have distributors and branches in 100 countries on every continent, ensuring rapid lead times, large stockholdings of spares and tailored engineering and field services to help you process mineral more efficiently and productively.
Design innovations, increasing performance
The Scrolled Evolute head design
The Scrolled Evolute design is the heart of Multotec’s dense medium cyclone efficiency! Together with the specialised engineered tile wear surface, the Scrolled Evolute design ensures maximum separation efficiency and wear life from your hydrocyclone.
Through extensive testing and simulations, has Multotec proven that the Scrolled Evolute inlet design has a higher capacity when compared to standard inlet configurations. This design substantially reduces vortex finder wear, thereby reducing operating costs while maximising cyclone efficiency. The result is also a stable air core inside the cyclone and reduced energy consumption in heavy medium separation.
The Scrolled Evolute design helps operators achieve high separation efficiencies at lower operating pressures, reducing overall energy consumption in the process and improving capacity.
Each engineered tile is specifically designed for its position in the complete tile kit, ensuring a very tight fit, with the absolute minimum space at the end of the tile joints. The widths are selected to provide a smooth internal surface, resulting in a long-lasting wear surface.
Engineered tiles are pressed with chamfered sides and then, while in the green state, are cut precisely to the required shape. This ensures that gaps between the tiles are minimised.
Standard pressed tiles are hand cut, which results in gaps between the tiles. Because the epoxies used to bond the tiles wear more rapidly than alumina tiles, the tile surface becomes increasingly uneven during operation, resulting in accelerated wear.
As a global leader in cyclone separation efficiency, Multotec understands the common process factors that affect your cyclone performance. Our cyclone product specialist, Ersnt Bekker, highlights all the performance parameters Multotec measures when selecting the ideal dense medium cyclone, or other dense media separation equipment, for your application.
Using its mineral processing technology in its dense media separation equipment, Multotec can provide a wide range of design options for specialised applications to the market. These include special materials of construction and wear linings and more.