Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the precision engineering behind our Alloy Steel Transmission Gear Shaft. You'll see how advanced gear grinding and heat treatment processes create a component that delivers reliable power transmission in demanding mechanical systems.
Related Product Features:
Precision manufactured using advanced Gear Hobbing techniques for exceptional accuracy.
Constructed from high-strength Alloy Steel with quenching and tempering heat treatment.
Features an addendum coefficient of 1 for optimal gear meshing and torque transmission.
Achieves ISO 7 Grade accuracy for reliable operation in gears and shafts assemblies.
Includes polished surface treatment to reduce friction, wear, and prevent corrosion.
Designed with spur gear profile and involute spline options for versatile applications.
Ideal for automotive drive shafts and gearbox transmission parts in high-torque environments.
Custom dimensions available up to 3000mm total length to meet specific requirements.
FAQs:
What manufacturing process is used for the Transmission Gear Shaft?
The gear shaft is manufactured using advanced Gear Hobbing techniques, which ensures high precision and exceptional surface finish through specialized gear grinding processes.
How does the addendum coefficient of 1 benefit the gear shaft performance?
The addendum coefficient of 1 ensures optimal tooth height for effective meshing with mating gears, improving torque transmission and minimizing the risk of gear slippage or failure.
What applications is this Transmission Gear Shaft suitable for?
It's ideal for automotive drive shaft assemblies, gearbox transmission parts, industrial machinery, and heavy equipment where reliable power transmission under high torque and speed is required.
What heat treatment method is applied to enhance durability?
The gear shaft undergoes quenching and tempering heat treatment, which enhances its strength, durability, and resistance to wear for long-term performance in demanding conditions.