Engineered for Zero Leaks.
Built for Maximum Uptime.
Inlet Ring
A 316L stainless-steel reinforced ring is molded into the inlet to strengthen a critical weak point that plagues plastic pumps.
Pump Housing
Innovation in the volute’s internal design eliminates low-flow voids, preventing solids buildup and adding structural rigidity.
Patent Pending
Proprietary materials stabilize the rotating mass during dry-run conditions, minimizing friction and catastrophic failures due to heat.
Radial & Axial Thrust
All Magnevo pumps feature a fully supported static shaft that virtually eliminates radial shaft deflection. The impeller assembly is designed to balance axial forces through fluid dynamics. Front and rear thrust rings made of premium materials handle any remaining axial forces with low maintenance.
Motors
Magnevo utilizes standard, inverter-ready TEFC, NEMA C Face, and IEC motors.
Pump Housing Support
Unlike many mag-drive vendors, Magnevo uses a standard 316L stainless-steel support.
Inner Drive Magnet
The standard neodymium rare-earth magnet is completely encapsulated for protection against corrosive environments inside and out.
Impeller
Best-in-class performance with efficiencies up to 70% and a two-piece design that allows for an economical replacement when the application changes.
Drain
Molded boss can be quickly drilled and tapped with a ¼” NPT drain or plug.
Elimination of Mechanical Seals
- Zero dynamic sealing surfaces
- Fully enclosed hydraulic system
- Reduced emission pathways
IMPACT: Compliance assurance and long-term reliability.
Operational Safety & Environmental Integrity
- No leakage under normal conditions
- Reduced risk of hazardous release
- Supports EPA/OSHA compliance framework
IMPACT: Improved plant safety and environmental performance.
Maintenance optimization
- Eliminates seal lifecycle costs
- Reduces maintenance labor by 30-60%
- Minimizes unscheduled outages
IMPACT: Lower total cost of ownership (TOC).
Dry-run performance
- No seal faces to overheat
- Tolerates extended dry-run conditions
- Maintains pump integrity under adverse events
- Performance recovers quickly once flow is restored
IMPACT: Increased system resilience and uptime.
