High Performance Ferrite Magnet Water Pump Rotor RoHS Certified OEM Supported
Key Attributes
Product Summary
Professional Ferrite Magnetic Rotors for High-Efficiency Electric Motors Custom Multi-Pole Ferrite Rotors with Stable Magnetic Performance Engineered hard ferrite permanent magnet rotors, featuring precise multi-pole magnetization and uniform magnetic field distribution, designed for reliable ...
Product Details
Ferrite Permanent Magnets
,MeFe2O4 Ferrite Permanent Magnets
,ROHS hard ferrite magnets
Product Overview
Applications
Automotive Applications
-
- Water pump motors
- HVAC blower motors
- Cooling fan motors
- Fuel pump assemblies
- Small auxiliary drive motors
Industrial & Consumer Applications
- Household water pumps
- Refrigerator compressors
- Ventilation fans
- Washing machine drive motors
- Small power tools and appliances
Key Advantages
-
- Cost-effective performance: Delivers reliable magnetic strength at a significantly lower cost compared to rare-earth magnets, ideal for high-volume applications.
- Excellent temperature stability: High Curie temperature ensures consistent magnetic performance under continuous motor operating conditions.
- Corrosion and moisture resistance: No additional plating required, suitable for water pumps and humid environments.
- Customizable magnetization: Supports multi-pole patterns and custom dimensions to match specific motor designs.
- Low demagnetization risk: High coercivity provides stable magnetic output over long-term use.
- Simplified assembly: Can be directly integrated into plastic or metal components via injection molding or press-fit designs.
- Proven reliability: Well-established material technology with consistent quality control and supply chain stability.
| Port of Dispatch | Shanghai |
| Selling Units | Single item |

- Product material, size, grade, surface coating, quantities required. If available, provide a sketch or drawing with dimensions and tolerances
- Delivered magnetized or unmagnetized? Magnetization direction?
- Information on intended application and usage