Motor Cores for Electric Driven Vehicles
- We provide automotive cores for passenger cars, commercial vehicles, logistics vehicles, and special-purpose vehicles, including sweeper motors cores for China’s 70th-anniversary celebration.
- Our products enable the motor to have high voltage, small mass, large starting torque, and large speed range, good starting performance and acceleration performance, high efficiency, low loss, and high reliability.
- Stator Range: 140~240mm
- Rotor Range: 90~155mm
- Certification: ISO9001、IATF16949
Electric Motors Cores for the eMobility Market
- The eMobility market, including hybrid electric vehicles, is expanding rapidly as the push for sustainable and energy-efficient transportation intensifies worldwide.
- Electric motor cores play a vital role in this shift, delivering the performance, efficiency, and reliability essential for electric vehicles. They are critical in improving range, reducing energy consumption, and supporting the global shift toward greener mobility.
Gator excels in producing high-precision electric motor cores and laminations for the eMobility market, using advanced techniques and strict quality standards to deliver durable, energy-efficient solutions that enhance performance and support sustainable transportation.
Our Customized Solution
We offer tailored motor core solutions for the electric vehicle industry, ensuring precision, efficiency, and reliability across diverse applications in modern automotive systems.
General FAQs
What are motor cores for EVs made of?
Motor cores are made from silicon steel, cobalt alloys, nickel alloys, and iron alloys for high magnetic performance and durability in electric vehicles.
What certifications are essential for EV motor cores?
ISO9001, ISO14001, and IATF16949 certifications ensure compliance with quality, environmental, and automotive industry standards.
What applications require motor cores in the EV industry?
Can motor cores be customized for specific EV designs?
Yes, motor cores can be customized based on vehicle specifications, including torque requirements, size, and efficiency, ensuring the best performance for electric-driven vehicles.
