Pump Engineering Offers Extended 3M Pump Range
3M's MS series of magnetically driven, seal-less pumps has been extended. The range now includes the CT MAG-MS, a peripheral multistage metallic mag-drive pump. Available from Pump Engineering, the MS series will include six options - providing flows up to 24mc/h at heads up to 1,000m. These pumps are suitable for applications involving aggressive, hard-to-handle fluids and offer the benefits of mag-drive pumping.
This includes long-life, reliable performance, low maintenance and, as a result of having no seals, the potential for leaks and emissions is eliminated. CT MAG-MS pumps are suited to applications where liquids have a maximum viscosity up to 200cSt, maximum system pressure of 50 bar (standard) and 150 bar (for the high-pressure version), although higher pressure options are available on request. They can operate within a temperature range of -120 to 350C.
Electric motors are available from 0.55 to 75kW. 3M mag-drive pumps have applications including: transferring acids, alkalis, hydrocarbons, heat transfer oils, liquid gases, and toxic and explosive chemicals in industrial and chemical industries. They are also suitable for pumping low-viscosity surfactants, acids and CIP chemicals in pharmaceutical and cosmetic industries. In the food and drink industries they are suitable for handling CIP chemicals, such as sodium hydroxide, nitric acid and hydrogen peroxide, and pumping water-treatment chemicals.
This includes long-life, reliable performance, low maintenance and, as a result of having no seals, the potential for leaks and emissions is eliminated. CT MAG-MS pumps are suited to applications where liquids have a maximum viscosity up to 200cSt, maximum system pressure of 50 bar (standard) and 150 bar (for the high-pressure version), although higher pressure options are available on request. They can operate within a temperature range of -120 to 350C.
Electric motors are available from 0.55 to 75kW. 3M mag-drive pumps have applications including: transferring acids, alkalis, hydrocarbons, heat transfer oils, liquid gases, and toxic and explosive chemicals in industrial and chemical industries. They are also suitable for pumping low-viscosity surfactants, acids and CIP chemicals in pharmaceutical and cosmetic industries. In the food and drink industries they are suitable for handling CIP chemicals, such as sodium hydroxide, nitric acid and hydrogen peroxide, and pumping water-treatment chemicals.
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