Product Introduction

Product Details

Product Features

Inter wheel half shaft teeth (also known as drive shaft teeth) are an important component of automotive transmission systems, which have the following product characteristics:

1. Bearing driving force: The half axle teeth between the wheels are mainly used to transmit driving force from the differential to the wheels, pushing the vehicle forward. It bears the torque and load from the engine and transmits power to the wheels.

2. High strength materials: The half shaft teeth between the wheels are usually made of high-strength alloy steel or other special materials to ensure sufficient strength and stiffness. This helps to ensure that the half shaft teeth between the wheels do not deform or break under high loads and speeds.

3. Precision manufacturing process: The manufacturing of the half shaft teeth between the wheels requires precision machining and heat treatment processes to ensure their accuracy and dimensional consistency. This helps to improve the efficiency and reliability of the transmission system.

4. Wear resistance and corrosion resistance: The half shaft teeth between wheels usually need to have good wear resistance and corrosion resistance to cope with harsh working environments and long-term use. It may use special surface treatment or coating techniques to improve its durability and service life.

5. Adjustment performance: The half axle teeth between the wheels usually have certain adjustment performance, which can adapt to the movement and angle changes of the wheels under different road conditions. It can bend and twist to meet the needs of suspension and steering systems, while maintaining the normal operation of the transmission system.

6. Lightweight design: In order to reduce the weight of the entire vehicle and improve fuel economy, the half axle teeth between the wheels in modern cars are usually designed to be lightweight. By optimizing the structure and material selection, the weight of the half shaft teeth between the wheels can be reduced while ensuring strength and stiffness.