IMC magnetic drive chemical process pump

Magnetic-drive chemical process centrifugal pump engineered for leak-free transfer of corrosive, volatile, toxic or valuable liquids. The pump uses a poly-magnetic push–pull circuit to transmit torque without a physical shaft seal, eliminating traditional dynamic mechanical seals and providing a hermetically sealed, non-contact drive that prevents product leakage and reduces maintenance.

Key features

• Magnetic-drive (sealless) design: non-contact torque transmission to eliminate seal failure and process leaks.
• Fluoropolymer wetted parts: chemical-resistant construction suitable for aggressive media.
• Poly-magnetic push–pull circuit: improved magnetic coupling for reliable torque transfer.
• Industry standard: basic parameters comply with HG/T 2730-95 “chemical process magnetic drive centrifugal pump.”
• Operating limits: maximum working pressure 1.6 MPa; maximum service temperature up to 200 °C.
• Fluid restrictions: suitable for liquids without hard particles or fibers and with kinematic viscosity below 30 × 10⁻⁶ m²/s.
• Custom options: unit can be specially designed for systems with operating pressures above 1.6 MPa.

Typical applications

• Chemical processing and pharmaceutical production
• Fertilizer and metallurgical plants
• Electroplating and surface treatment
• Food processing (where fluoropolymer wetted parts are acceptable)
• Film and printing processing
• Water and wastewater treatment
• Handling flammable, explosive, volatile, toxic, rare or high-value liquids

Benefits for B2B buyers

• Eliminates product loss and environmental risks associated with shaft seals
• Reduces maintenance downtime and spare-part inventory (no mechanical seals)
• Broad chemical compatibility from fluoropolymer components
• Suitable for high-temperature corrosive services up to 200 °C

Available model reference: IMC65-50-125. For process integration, confirm fluid properties (viscosity, solids content, temperature, and system pressure) so the pump can be specified or specially engineered if system pressure exceeds 1.6 MPa.