Description:
The Future of Motor Performance: Electric Permanent Ndfeb Magnet Motor Rotor with High Precision Full Customization
Are you seeking a motor rotor that combines cutting-edge technology with unparalleled precision and customization options? Look no further than our Electric Permanent Ndfeb Magnet Motor Rotor, designed to meet the most stringent requirements of modern industry.
Superior Performance, Unmatched Efficiency
Our Electric Permanent Ndfeb Magnet Motor Rotor utilizes the latest in Ndfeb (Neodymium-Iron-Boron) magnet technology, offering exceptional power density and high efficiency. The permanent magnet design ensures consistent performance over time, reducing maintenance needs and extending the lifespan of your motor.
High Torque Density: Achieve greater torque output in smaller packages, perfect for space-constrained applications.
Low Energy Consumption: Optimize energy usage with minimal losses, reducing operational costs and environmental impact.
Enhanced Reliability: Experience long-lasting performance with minimal degradation, even in challenging operating conditions.
Precision Engineering, Full Customization
At the heart of our Electric Permanent Ndfeb Magnet Motor Rotor is our commitment to precision engineering and full customization. We understand that no two applications are the same, which is why we offer tailored solutions to meet your specific needs.
Customized Design: From magnet configuration to rotor geometry, we work closely with you to develop a rotor that perfectly matches your requirements.
High Precision Manufacturing: Utilizing state-of-the-art manufacturing processes, we ensure the highest level of accuracy and quality in every rotor we produce.
Wide Range of Options: Choose from a variety of materials, coatings, and finishes to optimize performance in your unique application.
Applications Across Industries
Our Electric Permanent Ndfeb Magnet Motor Rotors are trusted by leading companies across a wide range of industries, including:
Automotive: Powering electric and hybrid vehicles for improved performance and fuel efficiency.
Aerospace: Enabling advanced propulsion systems and critical control components.
Industrial Automation: Driving high-speed, high-precision machines for increased productivity and reliability.
Renewable Energy: Optimizing wind turbines and other renewable energy systems for maximum energy output.
Choose the Leader in High Precision Motor Rotors
Don't settle for off-the-shelf solutions that fail to meet your specific needs. Trust our team of experts to deliver a fully customized Electric Permanent Ndfeb Magnet Motor Rotor that will revolutionize your application. Contact us today to learn more and discuss your customization options.
| TYPICAL PROPERTY |
| MAGNETIC CHARACTERISTICS |
PROPERTIES
GRADE |
BrmT (KGs) |
Hcb KA/m (Koe) |
Hcj KA/m (KOe) |
(BH)max KJ/m³ (MGOe) |
Max.TW ºC |
| N33 |
1130-1170 (11.3-11.7) |
≥836 (≥10.5) |
≥955 (≥12) |
247-263 (31-33) |
80 |
| N35 |
1170-1210 (11.7-12.1) |
≥868 (≥10.9) |
≥955 (≥12) |
263-287 (33-36) |
80 |
| N38 |
1210-1250 (12.1-12.5) |
≥899 (≥11.3) |
≥955 (≥12) |
287-310 (36-39) |
80 |
| N40 |
1250-1280 (12.5-12.8) |
≥923 (≥11.6) |
≥955 (≥12) |
302-326 (38-41) |
80 |
| N42 |
1280-1320 (12.8-13.2) |
≥923 (≥11.6) |
≥955 (≥12) |
318-342 (40-43) |
80 |
| N45 |
1320-1380 (13.2-13.8) |
≥876 (≥11.0) |
≥955 (≥12) |
342-366 (43-46) |
80 |
| N48 |
1380-1420 (13.8-14.2) |
≥835 (≥10.5) |
≥876 (≥11) |
366-390 (46-49) |
80 |
| N50 |
1400-1450 (14.0-14.5) |
≥796 (≥10.0) |
≥876 (≥11) |
382-406 (48-51) |
60 |
| N52 |
1430-1480 (14.3-14.8) |
≥796 (≥10.0) |
≥876 (≥11) |
398-422 (50-53) |
60 |
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