We offer a Magnetic Coupling Centrifugal Pump that delivers reliable, leak-free performance for chemical, pharmaceutical, and food industries. With a magnetic drive, there’s no dynamic seal to wear or leak, so maintenance is reduced and downtime is minimized. The hermetically sealed design keeps fluids internal, protects operators, and ensures consistent flow even under variable loads. It features robust corrosion-resistant materials, precision bearings, and balanced hydraulics for quiet operation and long service life. I know that your QA needs matter, so this pump comes with CE Certification and full documentation for compliance. We also provide a ready Pricelist upon request to help you compare total cost of ownership. Our team supports customization options, including impeller materials and flange configurations, to fit your process. If you want a proven, safe, and efficient pumping solution, I can arrange a technical spec sheet, performance curves, and a competitive quote today.
In industrial pumping, magnetic coupling centrifugal pumps offer safe, leak-free operation in hazardous and corrosive service. The pioneers drive advances in magnetic drive technology, containment, and corrosion-resistant materials. With no dynamic seals contacting the fluid, these pumps reduce emissions and risk while delivering reliable performance across chemicals, oil and gas, pharma, and water treatment. For global buyers, sourcing these pumps means value beyond price: compatibility with existing flange patterns, power standards, and international codes. Leading manufacturers provide standardized models and tailored configurations, plus training, spare parts, and timely upgrades. A strong service footprint minimizes downtime and stabilizes maintenance costs. Choosing a proven supplier translates into lower life-cycle costs, enhanced process safety, and scalable performance as operations grow. From corrosive streams to clean-room containment, the right solution delivers efficiency and peace of mind. Partner with experts to map your process and optimize total cost of ownership across sites worldwide.
| Model | Flow Rate (m3/h) | Head (m) | Efficiency (%) | Power (kW) | NPSHr (m) | Temperature Range (°C) | Inlet/Outlet (mm) | Materials | MTBF (h) |
|---|---|---|---|---|---|---|---|---|---|
| A | 60–120 | 5–15 | 60–75 | 5–15 | 0.8–1.8 | −10 to 120 | 50–80 | Casing: Cast iron; Impeller: Stainless steel; Magnetic coupling: Ceramic magnets | 30,000 |
| B | 150–800 | 20–50 | 65–78 | 15–50 | 0.9–2.5 | −5 to 150 | 80–100 | Casing: Cast iron or stainless steel; Impeller: Stainless steel | 32,000 |
| C | 1000–3500 | 25–120 | 70–82 | 75–180 | 0.7–1.8 | −10 to 160 | 100–150 | Casing: Stainless steel; Impeller: Stainless steel | 38,000 |
| D | 4200–6000 | 40–150 | 72–85 | 200–600 | 1.0–3.0 | −20 to 180 | 150–200 | Casing: Stainless steel; Magnetic coupling: Ceramic magnets | 40,000 |
| E | 12–75 | 3–9 | 55–70 | 2–6 | 0.6–1.5 | 0 to 90 | 40–65 | Casing: Cast iron; Impeller: Bronze | 20,000 |