Multotec’s range of mineral beneficiation equipment delivers a high-efficiency classification and separation solution. Mineral beneficiation equipment from Multotec utilises cyclones, magnetic separators, spiral concentrators and flotation components. Multotec has refined these solutions through over 40 years of equipment provision to the global mineral beneficiation industry reflecting continuous research and development.
Multotec partners with its clients over the plant process life cycle to ensure your mineral beneficiation goals are achieved with reduced capital costs and downtime – resulting in the lowest possible cost per processed ton. With an extensive component inventory, Multotec can meet your mineral beneficiation requirements with a tailored, customised processing solution.
Utilising our extensive knowledge of the global mineral beneficiation industry, Multotec cyclones deliver enhanced beneficiation potential at lower running costs. Our scrolled evolute cyclone head design is industry-tested to enable a higher mineral beneficiation capacity.
Through the use of gravity and no moving parts or power requirements, Multotec spiral concentrators deliver high-efficiency mineral and coal particle separation with low capital, operation and maintenance costs.
Magnetic beneficiation solutions from Multotec include wet and dry drums, high-intensity separators and overbelt conveyor devices for the efficient extraction of ferrous content in process streams and loads.
Froth filtration uses flotation for the processing, separation and classification of mineral particles. Multotec manufactures an array of wet and dry flotation wear components for all flotation cell types and sizes to optimise performance and lifespan, as needed by mineral beneficiation applications.
Multotec’s mineral beneficiation solutions are employed in some of the world’s biggest mining houses, with representation and authorised distributors on every continent. With a thorough knowledge of process flow sheets, we ensure a seamless, compatible equipment integration in accordance with maximum beneficiation efficiency and productivity.