Learn how electromagnetic (EM) pumps work with no moving parts to automate the movement of liquid metal in foundry casting and non-casting applications for aluminum, sodium and other alloys.
Learn how electromagnetic (EM) pumps work with no moving parts to automate the movement of liquid metal in foundry casting and non-casting applications for aluminum, sodium and other alloys.
Maintenance-free pumps for liquid sodium used for nuclear power plant cooling systems.
CMI Novacast by the Numbers
50
Years of EM Pump Experience
10
Pounds of Liquid Aluminum Pumped
10
Years without LA Series Maintenance (and Counting)
100
Gallons of Liquid Sodium Pumped
CMI Novacast EM Pumps Are Trusted By:
Testimonials
Amazing casting process. Best way to have everything under control: no porosity, no turbulence… That’s the future.
Julio Juarez
Plant Manager, Saint Jean Industries
A very dependable and reliable company that always goes above and beyond for their customers. We have developed a great partnership of twenty plus years due to their dedication of [sic] foundry supplies. We highly recommend CMI Novacast.
Littlestown Foundry
Thom and the team aren’t just suppliers – they really understand the engineering. I can always ask them technical questions about the pump.
Guide: Pressurized Furnaces vs. Electromagnetic Pumps in Low-Pressure Casting Systems
Read our guide to learn about the differences between sealed and unsealed low-pressure casting systems – and determine whether a pressurized furnace or electromagnetic (EM)...
Electromagnetic Casting Pump & Furnace Compatibility for Aluminum Foundries
Electromagnetic (EM) pumps are a form of casting automation that solve many of the most common challenges aluminum foundries face. EM pumps are placed inside...
Study: How to Evenly Distribute Molten Metal Velocity in Electromagnetic Pumps in Nuclear Power Applications
Since the 1960s, electromagnetic (EM) pumps have been used to move liquid sodium in nuclear cooling systems, and in other, experimental nuclear applications. Because EM...
