Leak-Free Mag-Drive Pumps for Hazardous Liquids

18.05.2011

When pumping applications involve corrosive, toxic, explosive and other hazardous liquids Dickow magnetically coupled centrifugal pumps are a safe, reliable and leak-free option.

Leak-Free Mag-Drive Pumps for Hazardous Liquids

Michael Smith Engineers Ltd

Available from Michael Smith Engineers the Dickow range of pumps includes the KM Series, capable of handling capacities up to 65 m³ /hr at heads up to 65 metres.

All KM Series pumps are magnetically coupled, so they are leak-free by design as there are no mechanical seals. They are available in either horizontal or vertical configuration and a choice of wetted materials of either cast iron, cast steel and stainless steel. The vertical configuration option with the motor mounted on the top eliminates the need for a base plate so is an ideal choice for where space is limited.

These robust and reliable pumps can handle liquids with viscosities between 0.1 cP and 200 cP at temperatures between -30 to +200°C. Other features include a pump sleeve bearing made from silicone carbide which is very hard wearing and resistant to corrosion and so guarantees long periods between servicing.

Typical applications for Dickow KM Series pumps include tanker unloading and unloading and transferring to and from bulk storage vessels. For example, in food or beverage processing, soap and cosmetics manufacturing, biofuels production, bulk chemical storage, or wherever there is a need for reliable, leak-free pumping of larger volumes of hazardous liquids.

More articles on this topic

ITT Engineered Valves Announces New Cam-Tite Ball Valve GV Series

16.05.2023 -

ITT Inc.’s Engineered Valves announced the launch of the Cam-Tite Ball Valve GV Series, an innovative valve solution designed as a direct dimensional and upgraded replacement for severe service applications. The GV Series utilizes advanced sealing technology to isolate and contain highly hazardous liquids and gases to protect the safety of operators and prevent fugitive emissions.

Read more