Magnetic Drive Pumps
Need help specifying the right mag drive pump? Contact our pump experts today!
Eliminate Leaks With Our Magnetically Coupled Pumps
Are you sick of the mechanical seals on your pump wearing and causing leaks? Magnetic drive pumps may be your answer! The key design feature of magnetic drive pumps is that they do not have a mechanical seal, and instead use magnets to couple the pump head to the motor. This eliminates the chances of leakages caused by the mechanical seal wearing over time, making it a cleaner solution, ideal for pumping chemicals and aggressive fluids that can be potentially dangerous if leaked. Mag drive pumps are also ideal for applications where fluids may crystallise if exposed to the air. We offer a range of magnetic drive pumps designed for long service life in hazardous industrial process and flammable environments. If you have an application that you think would benefit from a magnetically coupled pump over a mechanical seal solution, then contact our pump experts for advice selecting the mag drive pump for your application.
products
- Max Flow Rate: 533lpm
- Max Head: 24M
- Max Temperature: 160°C
- Maximum Viscosity: 200 cP
- Solids: 0mm
- Size: 3/4” to 2 1/2”
- Max Flow Rate: 2166lpm
- Max Head: 48M
- Max Temperature: 90°C
- Max Viscosity: 200 cP
- Solids: 0mm
- Inlet/Outlet Sizes: 1/2” to 4”
- Max Flow Rate: 2166lpm
- Max Head: 48M
- Max Temperature: 90°C
- Max Viscosity: 200 cP
- Solids: 0mm
- Size: 1” to 4”
- Max Flow Rate: 216lpm
- Max Head: 14M
- Max Temperature: 90°C
- Max Viscosity: 200 cP
- Solids: 0mm
- Max Flow Rate: 33lpm
- Max Head: 130M
- Max Temperature: 200°C
- Max Viscosity: 2000 cP
- Solids: 0mm
- Size: 3/8” to 1”
- Max Flow Rate: 16lpm
- Max Head: 50M
- Max Temperature: 90°C
- Max Viscosity: 40 cP
- Solids: 0mm
- Size: 3/8” to 1/2”
- Max Flow Rate: 150lpm
- Max Head: 50M
- Max Temperature: 90°C
- Max Viscosity: 40 cP
- Solids: 0mm
- Size: 1” to 1 1/2”
- Max Flow Rate: 100lpm
- Max Head: 28M
- Max Temperature: 90°C
- Max Viscosity: 40 cP
- Solids: 0mm
- Inlet/Outlet Sizes: 1”
- Max Flow Rate: 116lpm
- Max Head: 80M
- Max Temperature: 160°C
- Max Viscosity: 40 cP
- Solids: 0mm
- Size: 3/4” to 1”
- Max Flow Rate: 583lpm
- Max Head: 25M
- Max Temperature: 95°C
- Max Viscosity: 150cP
- Solids: 0mm
- Outlet Sizes: 1" to 2"
- Max Flow Rate: 10M³H
- Max Head: 160M
- Max Temperature: 160°C
- Max Viscosity: 1500 cP
- Solids: 0mm
- Size: DN25 to DN40
- Max Flow Rate: 35M³H
- Max Head: 160M
- Max Temperature: 160°C
- Max Viscosity: 1500 cP
- Solids: 0mm
- Size: DN50 to DN100
FAQs
Rather than having a mechanical seal to prevent liquid escaping from between the motor and pump shaft, magnetically coupled pumps use two magnets. The absence of mechanical seals that are prone to wear reduce the chance of leaking and maintenance.
The drive magnet is attached to the shaft operated by the motor. As the motor turns on, it spins the drive magnet which in turn spins the magnet attached to the impeller. The rotation of the impeller produces the power that drives the liquid through the pump.
Due to their seal-less design meaning they are not prone to leaks, magnetic drive pumps are very popular for the pumping of flammable, toxic and hazardous chemicals, acids and other potentially dangerous fluids that do not contain abrasives.
No! The presence of solids can stick to the magnets and interfere with the operation of the pump.
Under extremely high temperatures or excessive torque the magnets may decouple meaning that the pump shaft can slip causing stoppages and inefficiencies.
