Electric vehicle motor gears in durable steel nylon construction, featuring a 3.8cm diameter with dual tooth configurations for optimal performance in EV drivetrain systems. This comprehensive gear set includes multiple options to suit different motor requirements and assembly needs.
- Material Composition: Steel nylon hybrid construction for enhanced durability and wear resistance
- Diameter Size: 3.8cm standard diameter for compatibility with common EV motor housings
- Tooth Options: Available in 28T and 36T configurations to match varying torque and speed requirements
- Mixed Pack Contents: 3 pieces each of 28T plastic, 28T steel, 36T plastic, and 36T steel gears for flexible assembly applications
- Motor Application: Designed specifically for electric vehicle powertrains and similar high-performance motor systems
This gear set provides the versatility needed for EV motor maintenance, upgrades, or OEM assembly work. The combination of plastic and steel options allows technicians and manufacturers to select the optimal material for specific load conditions and performance parameters.
Description
Electric vehicle motor gears in durable steel nylon construction, featuring a 3.8cm diameter with dual tooth configurations for optimal performance in EV drivetrain systems. This comprehensive gear set includes multiple options to suit different motor requirements and assembly needs.
- Material Composition: Steel nylon hybrid construction for enhanced durability and wear resistance
- Diameter Size: 3.8cm standard diameter for compatibility with common EV motor housings
- Tooth Options: Available in 28T and 36T configurations to match varying torque and speed requirements
- Mixed Pack Contents: 3 pieces each of 28T plastic, 28T steel, 36T plastic, and 36T steel gears for flexible assembly applications
- Motor Application: Designed specifically for electric vehicle powertrains and similar high-performance motor systems
This gear set provides the versatility needed for EV motor maintenance, upgrades, or OEM assembly work. The combination of plastic and steel options allows technicians and manufacturers to select the optimal material for specific load conditions and performance parameters.