- 2365 Energy Drive Bowmanville , ON Canada, L1C 6Z9
- (905) 697-2020
March Pumps manufactures seal-less centrifugal magnetic drive pumps for chemical, industrial, medical, marine, solar, and OEM applications. Their magnetic drive technology eliminates the need for traditional shaft seals, reducing the risk of leaks and contamination. Available in various materials like polypropylene, Kynar, and stainless steel, March Pumps offer multiple series tailored to specific flow rates, pressures, and application needs.
The March Pump brand has been a prominent name in the pump industries for a long time.
The pumps from March Pumps are available in different materials, such as polypropylene, Kynar, Ryton, and stainless steel, allowing them to be used with a range of chemicals.
Pumps from March pumps come with magnetic drives. This allows the motor and pump to be separate, eliminating shaft seals and possibilities of leaking.
March makes pumps with a range of different motor styles, such as AC, DC, explosion-proof, and pneumatic. Allowing them to be used in any setup.
March pumps series of pumps come in a variety of flow rates and head pressures. Capable of taking on any project.
With the versatility of March Pumps they make a great pump option for food, beverage, chemical, industrial, laboratory and water treatment applications.
Available in materials like polypropylene, Kynar, and stainless steel, ensuring compatibility with harsh chemicals.
Designed for optimized performance with low energy consumption.
Fewer moving parts mean reduced wear and minimal maintenance requirements.
Capable of handling demanding conditions in industrial and chemical environments.
Magnetic drive technology reduces noise levels compared to traditional pumps.
Suitable for chemical processing, medical equipment, marine systems, solar heating, and OEM applications.
Centrifugal pumps are pumps that convert rotating momentum into kinetic energy in order to propel liquids. They use rotating impellers to make centrifugal momentum that force liquids through the pump to the discharge pipe.
Magnetic drive pumps, or mag-drive pumps, use a magnetic coupling to transfer power from the motor to the impeller, eliminating the need for traditional shaft seals and effectively preventing leaks. They operate with two sets of magnets: an outer magnet connected to the motor shaft and an inner magnet attached to the impeller. As the motor rotates, the outer magnet generates a magnetic field that induces rotation in the inner magnet, driving the impeller. A sealed containment shell separates the magnets, ensuring a leak-free operation, making these pumps ideal for handling hazardous or corrosive fluids.
March Pumps, known for their seal-less magnetic drive technology, are used in diverse applications, including harsh chemical transfer, heat transfer, industrial processes, medical systems, marine applications, solar systems, and food and beverage processing. March Pumps are great for harsh and corrosive fluid transfer.
March Pumps are highly regarded for their durability, reliability, and quality, particularly in applications involving corrosive chemicals or where seal leakage is a concern. Their magnetic drive design eliminates the need for traditional seals, reducing maintenance requirements and enhancing longevity. The company prioritizes quality control by performing much of its molding and machining in-house, allowing for precise manufacturing and customization. Constructed from durable materials, March Pumps are built to withstand demanding conditions while offering efficient, low-maintenance performance.
Choosing the right March pump requires evaluating key factors such as flow rate, pressure, fluid properties, and material compatibility. Determine the necessary flow rate and pressure based on system requirements, while also considering the viscosity and corrosiveness of the fluid. Ensure the pump housing, impeller, seals, and gaskets are made from materials resistant to the fluid being pumped. Magnetic drive pumps are ideal for leak-free operation, while gear pumps suit high-pressure, low-flow applications. Additional considerations include operating temperature, power source (AC or DC), and mounting options to ensure seamless integration into your system. If you have trouble with any of this, you can reach out to experts to assist you.
Reach out to us one one of our technical sales representatives will answer any of your questions.