Weir Minerals Lewis Pump
Web: http://www.lewispumps.com
E-Mail:
Address: 8625 Grant Road, St. Louis, Missouri 63123, USA
Phone: +1-(314)-843-4437 | Fax: +1-(314)-843-7964 | Map/Directions >>
Profile: Weir Minerals Lewis Pump specializes in delivering and supporting slurry equipment solutions. We offer pumps, hydrocyclones, valves and wear resistant linings for global mining & mineral processing, the power sector & general industry. Our products strength lies in the superiority of our hydraulic designs and wear & corrosion resistant materials. Our Warman® slurry pumps are the most comprehensive range of centrifugal slurry pumps for use in mining, chemical and industrial applications. The horizontal and vertical slurry pumps are designed for ultra heavy duty applications such as mill discharge, process plant & tailings, pipelines as well as specialty applications. Our Warman Q pump is a heavy duty axial flow pumps for all kinds of crystallization processes. The pumps are supplied in a wide range of materials, including stainless steels, monel, super duplex and are designed for all kinds of crystallization processes. These are widely applied in the continuous circulation of corrosive/abrasive solutions, slurries, process wastes, crystallization & evaporation processes, chemical industry, regeneration plants, waste water treatment and salt. Our Cavex® hydrocyclones feature unique laminar spiral inlet geometry. These hydrocyclones are designed to deliver maximum efficiency, maximum capacity and longer wear life than conventional involute or tangential feed cyclone designs. The IsoGate® slurry valves are designed for today's slurry applications with a unique design developed with both ease of maintenance and overall ownership costs in mind. The Isogate® Autoball™ AB3 valve is specially designed to enable quick changeover between duty and standby pumps in the toughest slurry applications. This valve provides a simple automatic changeover system without the costly process control systems otherwise needed. The low density ball inside the valve is automatically transferred to clock the inactive inlet once a pump has started.
