IHF Lined Fluorine Single-stage, Single-suction Cantilever Centrifugal Pump
FSB High-Performance Fluorine Plastic Centrifugal Pump
CQB Type Fluorine Plastic Magnetic Drive Pump
IH Long-Life Stainless Steel Centrifugal Pump
ZMD Self-Priming Magnetic Drive Centrifugal Pump
IS Horizontal Single-stage End-suction Centrifugal Pump
Residential and Commercial Water Systems
In households and commercial buildings, magnetic water pumps offer a sustainable solution for circulating hot and cold water. Unlike traditional centrifugal pumps, which consume significant amounts of electricity due to their reliance on motors and rotating parts, magnetic pumps operate more efficiently. They are particularly useful in underfloor heating systems, solar-powered water heaters, and rainwater harvesting setups. By reducing energy consumption and minimizing noise levels, magnetic water pumps contribute to greener and more comfortable living environments.
Industrial Manufacturing
The manufacturing sector has embraced magnetic water pumps for processes involving corrosive or abrasive fluids. Since these pumps do not require seals or gaskets, they eliminate the risk of leaks that could damage equipment or contaminate products. For example, chemical plants use magnetic pumps to safely transport hazardous substances without exposing workers to potential hazards. Similarly, mining operations employ magnetic pumps to manage slurry flows containing abrasive particles, ensuring consistent performance in challenging conditions.
Healthcare and Biotechnology
Perhaps one of the most promising areas for magnetic water pump application is healthcare. Precision is paramount in medical devices, and magnetic pumps excel in delivering accurate flow rates with minimal disruption. Devices such as dialysis machines, infusion pumps, and blood analyzers benefit greatly from the smooth, controlled movement of fluids enabled by magnetic pumping. Furthermore, researchers are investigating how magnetic pumps can enhance organ-on-a-chip platforms, enabling real-time monitoring of biological processes in simulated human tissues.
Automotive Cooling Systems
Automakers are increasingly turning to magnetic water pumps for vehicle cooling systems. Electric vehicles (EVs), in particular, benefit from the compact size and energy efficiency of magnetic pumps. By replacing traditional belt-driven water pumps with magnetic alternatives, EV manufacturers reduce weight and improve overall vehicle range while maintaining optimal engine temperatures.
Flow range: 2~720m³/h Head range: 5~125m Applicable temperature: -20°C~150°C
Flow range: 6.3~100m³/h Head range: 5~80m Applicable temperature: -20°C~150°C
Flow range: 2~110m3/h Head range: 5~50m Applicable temperature: -20°C-150°C
Flow range: 5~1920m3/h Head range: 13~ 82m Applicable temperature: -20°C~80°C
Flow range: 6.3~400m3/h Head range: 5~125m Applicable temperature: -20°C~180°C
Flow range: 3.2~200m3/h Head range: 20~125m Applicable temperature: 0°C~80°C
Flow range: 2.5~1663m3/h Head range: 5~147m Applicable temperature: -10°C~85°C
Flow range: 3.6~200m3/h Head range: 5~80m Applicable temperature: -20°C~150°C
Flow range: 8~100m3/h Head range: 20~80m Applicable temperature: -20°C~120°C
Flow range: 3.6~100m3/h Head range: 20~45m Applicable temperature: -20°C~80°C
Flow range: 0.7~160m3/h Head range: 5~80m Applicable temperature: -20°C~150°C
Flow range: 3.2~400m3/h Head range: 5~125m Applicable temperature: -30°C~130°C
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