Innovative Industrial Pumps
Engineered for Excelence
Leveraging insights from millions of operational hours, Magnevo™ pumps are the culmination of our commitment to innovation. Our state-of-the-art sealless centrifugal magnetic-drive pumps are designed to excel in the most demanding industrial environments.
Sealless magnetic drive
Magnevo Pumps’ sealless magnetic-drive pumps offer superior performance and reliability. The unique magnetic coupling design eliminates the need for mechanical seals, which are prone to failure in corrosive environments. This innovative technology ensures minimal downtime and reduced maintenance costs. Furthermore, the pumps’ high efficiency and ability to handle fluctuating flow rates and pressures make them an excellent choice for industrial fluid transfer applications.
Key features for enhanced efficiency and productivity
Reinforced inlet prevents cracking
A reinforced inlet ring is molded into the pump head and made from (316L) stainless to provide extra strength at the connection point to prevent cracking (patent pending).
Advanced design prevents growth
The advanced pump head is engineered using Computational Fluid Dynamics to have no low-flow or dead spaces, preventing unwanted marine growth (patent pending).
Non-metallic impeller for long life
The long-lasting composite impeller will not wear out or corrode over time, allowing the highly efficient impeller to provide the high flow needed for industrial applications.
Sealed magnet for maximum drive
A completely sealed, super-strong composite-molded-over-neodymium magnet connects the wet end to the motor drive without any seals.
Ultra-low friction shaft and bushings
The ultra-low friction ceramic shaft and carbon graphite bushings are infused with proprietary materials to dissipate heat efficiently for extended life span.
Composite pump head with no metallic parts
The advanced glass fiber-reinforced composite pump head has a high temperature resistance and no metallic parts in the seawater path for superior reliability and longevity.
316L stainless prevents corrosion
The high-grade (316L) stainless motor-to-pump connection plate and (316L) hardware prevents corrosion and keeps the pump in tip-top shape.
Rotatable pump head for flexibility
The pump head can be rotated for flexible installations where space for the outlet connection is limited.
Superior performance
At Magnevo, we engineer more than pumps; we engineer solutions. Our pumps are meticulously designed with a focus on innovation, incorporating cutting-edge technology and patent-pending features. Our unwavering commitment to excellence results in the most superior, reliable industrial pumps available on the market today. Our pumps are not merely components; they are the cornerstone of efficient and dependable operations across diverse industries.
Magnevo pumps
Magnevo’s sealless magnetic-coupled design has no mechanical shaft seal and will not leak.
A reinforced inlet ring that is molded into the pump head and made from (316L) stainless provides extra strength at the connection point to prevent cracking. (patent pending)
The advanced pump head has no low-flow or dead spaces, preventing unwanted marine growth. (patent pending)
The ultra-low friction ceramic shaft and carbon graphite bushings are infused with proprietary materials to dissipate heat efficiently for extended life span.
The glass-fiber reinforced composite pump head has no metallic parts in the seawater fluid path that can corrode or fail.
The high-grade (316L) stainless motor-to-pump connection plate and (316L) hardware prevents corrosion and keeps your pump in tip-top shape.
Other Pumps
Traditional direct-drive pumps leak at the shaft seal, causing them to fail.
Unreinforced heads crack if excessive force is used or if the threads become compromised.
Other pump-head designs facilitate marine growth with low-flow or dead spots.
Lower-grade composites are more susceptible to overheating, premature wear, and failure due to friction.
Metallic parts in the seawater fluid path are susceptible to corrosion, erosion, cavitation, and eventual failure.
Other pumps use low-grade painted steel hardware that is not made for the marine environment.
