plastic magnetic drive centrifugal pump which is directly coupled

The plastic magnetic drive centrifugal pump features overflow parts made from F2, F3, F46, PFA, and similar corrosion-resistant plastics. Its direct-coupled structure delivers compactness and efficiency, making it ideal for small chemical installations and applications requiring high safety and leakage prevention.

Performance

• Flow rate: 1 to 30 m³/h
• Head: 3 to 25 m
• Maximum operating temperature: 80°C
• Pressure: 1.0 MPa

Applications

• Chemical industry: Hydrochloric acid, sulfuric acid, nitric acid, hydrofluoric acid, organic and inorganic mixed acids
• Pharmaceutical industry: Leak-free and contamination-free liquid transport
• Food & beverage: Hygienic liquid transfer processes
• Environmental protection: Waste liquid and sewage handling
• Electronic industry: Chemical solutions and ultrapure water transfer

Key Features & Advantages

• Direct-coupled design: Motor and pump are directly connected, reducing complexity, improving efficiency, and minimizing maintenance requirements.
• Seal-less magnetic drive: No mechanical seals, eliminating leakage risk and reducing wear and contamination.
• High corrosion resistance: Plastic materials withstand strong acids, alkalis, and solvents, suitable for harsh chemical environments.
• Compact and lightweight: Perfect for small installations; space-saving and easy to integrate.
• High efficiency and energy saving: Fewer mechanical components mean reduced energy loss and lower operating costs.
• Low maintenance: Seal-less and simplified structure lowers long-term maintenance costs.

Working Principle

• Motor drives the external magnet to rotate, which magnetically couples to the internal rotor.
• Magnetic force transmits power to the internal rotor, driving fluid flow.
• Rotor generates suction and pressure, transferring fluid through the pump.
• Seal-less design ensures no liquid contacts the motor, eliminating leakage risk.

Disadvantages

• Limited flow and pressure compared to pumps with couplings; not suitable for very high-flow or high-pressure applications.
• Higher initial cost due to magnetic drive and specialized plastics.
• Not ideal for extreme pressure or temperature environments.