Description
Sundyne Pump ANSIMAG K+ Sealless Magnetic Drive ETFE Lined Pump-With magnetic drive simplicity , ETFE corrosion shielding , and a compact , easy-service design.
Key Technical Specifications:
- Flows to 675 gpm (125 m³/hr)
- Heads to 320 ft (67 m)
- Maximum Power 30 HP, 22 kW
- Minimum NPSH
- Temperature Range -20 to 250°F (-30 to 120°C)
Why Choose ANSIMAG K+?
The ANSIMAG K+ offers a leak-free , maintenance-light alternative to traditional sealed pumps. Its fully encapsulated magnetic drive eliminates mechanical seals , which means no leaks , no emissions , and virtually no seal-related downtime. Housed in a rugged ETFE-lined and Kevlar-reinforced shell , this pump stands up to corrosive chemicals while seamlessly fitting existing ANSI-standard systems.
Main Features
Sealless magnetic coupling provides hermetic isolation of internal components and long service life.
ETFE-lined wetted area resists a wide range of aggressive chemicals and elevated temperatures.
Non-metallic , Kevlar-reinforced housing offers robust corrosion protection.
Eddy-current-free rear casing enhances efficiency and reduces operational heat.
ANSI/ISO drop-in dimensions simplify retrofit—no changes to piping or baseplates needed.
Back-pull-out design allows servicing with just nine wetted parts—no wet-end disassembly required.
Stable shaft and axial thrust support ensure reliability across varied operating conditions.
Single O-ring containment seal ensures true leak-tight operation.
Ideal Applications
Perfect for processes where leaks and emissions aren’t an option , including:
Corrosive chemical processing and transfer
Battery manufacturing (e.g., acid handling)
Semiconductor and pharmaceutical fluid systems
Water treatment and pickling
Hydrocarbon and refinery dosing
Pulp & paper , food & beverage , steel finishing
Choose ANSIMAG K+ for its truly leak-free , chemically resistant design that retrofits with no fuss. Built to boost safety , reliability , and efficiency-it’s the future-ready solution for demanding industrial applications.
