Overview

Product Overview

Magnetic Drive Pumps are advanced seal-less centrifugal pumps that eliminate mechanical seals by using a magnetic coupling to drive the impeller. This design ensures leak-proof operation, minimal maintenance, and maximum chemical resistance.

For selection, evaluate flow rate, discharge pressure or head, viscosity, temperature, solids content, material compatibility, and installation conditions. Sando Rotary supports industrial buyers with application-led recommendations for centrifugal procurement.

Highlights

At a Glance

Application Ready

Designed for industrial duty cycles and process-focused deployment.

Support

Enquiry and consultation links are available directly from this page.

Media

Technical visuals are available below for deeper evaluation.

Catalog

Catalog can be shared on request through the enquiry form.

Engineering Data

Technical Specifications

Core performance and product details for evaluation, selection, and procurement.

Metallic Magnetic Drive Pump: Flow Rate: 5 – 500 m³/h Head: Up to 80 m Maximum Temperature: -20°C to 180°C Maximum Pressure: Up to 10 bar Connection: Flanged or Threaded Material: SS304, SS316, Alloy Seal: Seal-less Magnetic Drive Non-Metallic Magnetic Drive Pump: Flow Rate: 5 – 500 m³/h Head: Up to 80 m Maximum Temperature: -20°C to 120°C Maximum Pressure: Up to 6 bar Connection: Flanged or Threaded Material: PTFE, PP, PVDF Seal: Seal-less Magnetic Drive

Use Cases

Industry Applications

Typical sectors and process environments where this product is deployed.

Chemical Processing: Acids, solvents, corrosive liquids Pharmaceuticals & Biotechnology Water Treatment & Ultrapure Water Handling Petrochemical Industries Food & Beverage (Hygienic Design) Laboratory & Research Applications

Selection Guide

Centrifugal vs. AODD Pumps

Selection Point 1

Choose centrifugal pumps for steady, continuous flow of low-viscosity liquids.

Selection Point 2

Choose AODD pumps for self-priming, dry-run tolerance, variable viscosity, and chemical transfer flexibility.

Selection Point 3

Centrifugal pumps can be more energy efficient at fixed duty points; AODD pumps are more forgiving in changing conditions.

Questions

Frequently Asked Questions

What is Magnetic Drive Pump used for?

Magnetic Drive Pump is used for industrial liquid handling where the selected centrifugal configuration matches flow, pressure, material compatibility, and site duty requirements.

How do I select the right centrifugal model?

Share the fluid name, flow rate, head or pressure, viscosity, temperature, solids content, installation details, and operating hours so the team can recommend a suitable model.

Can Sando support industrial centrifugal pumps?

Yes. Sando Rotary can review the duty conditions and suggest suitable products, materials, elastomers, and accessories for industrial centrifugal pumps.

Do you provide technical specifications and application guidance?

Yes. Specifications, catalogs, material guidance, performance details, and application support can be shared for procurement and engineering review.

Media

Technical Media

Product Demonstration

Watch the product in action for a faster operational overview.

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