Brief: Watch the demo to catch practical tips and quick performance insights into our Quenching and Tempering Drivetrain Shaft. This video showcases its ISO 7 Grade manufacturing process, custom teeth configuration, and dual-profile design for superior durability and torque transmission in industrial applications.
Related Product Features:
Manufactured from high-quality alloy steel for exceptional strength and wear resistance.
Features customizable teeth number for optimal meshing with different gear systems.
Combines spur gear and involute spline profiles for efficient power transmission.
Designed to withstand high torque and stress levels in demanding environments.
Manufactured to ISO 7 Grade accuracy standards for precise dimensions and alignment.
Suitable as a drive shaft for automotive and industrial applications.
Compatible with engine gearbox mount systems and gearbox transmission parts.
Total length of 3000mm with dimensions customizable as per sample or drawing.
FAQs:
What manufacturing standards does this drivetrain shaft meet?
The drivetrain shaft is manufactured to meet the stringent requirements of ISO 7 Grade accuracy, ensuring precise dimensions, tight tolerances, and reliable performance in demanding applications.
Can the gear teeth be customized for specific applications?
Yes, the transmission gear shaft features customizable teeth number options, allowing it to be tailored precisely to the specific requirements of different gear systems for optimal meshing and smooth power transmission.
What materials and treatments are used to enhance durability?
The shaft is crafted from high-quality alloy steel and undergoes rigorous heat treatment including quenching and tempering processes to enhance strength, wear resistance, and overall durability.
What types of applications is this drivetrain shaft suitable for?
This gear shaft is ideal for automotive transmissions, drive axle shaft assemblies, and various industrial machinery including conveyor systems, agricultural equipment, and manufacturing automation systems.