Product Introduction

Product Details

Product Features

The input shaft is a key component in the transmission system of the gearbox, which connects the engine output shaft and the gearbox, transmitting power from the engine to the gearbox. The following are the product features of the input shaft:

1. High strength and wear resistance: The input shaft is usually made of high-strength alloy steel or special materials to withstand high torque and high speed from the engine, and can be used for a long time without deformation or wear.

2. Precision machining and high precision: The input shaft needs to undergo precision machining and manufacturing processes to ensure its precise matching with the engine output shaft and gearbox. High precision machining and assembly can reduce the clearance and friction loss between the shaft and bearings, and improve transmission efficiency.

3. Lightweight design: In order to reduce the weight and inertia of the entire transmission system, modern input shafts usually adopt lightweight design. By using high-strength materials and optimizing the structure, the weight of the input shaft can be reduced without compromising strength and durability.

4. Low noise and stability: The design and manufacturing requirements of the input shaft can reduce noise and vibration, providing smooth transmission. By adopting advanced vibration reduction and noise reduction technologies such as surface treatment and precise balancing, the noise level of the transmission system can be further reduced.

5. High heat resistance: Due to the input shaft being located near the engine, it will be affected by high temperature environments. Therefore, input shafts typically have high heat resistance and can operate normally under high temperature conditions without deformation or damage.

In summary, the product features of the input shaft mainly include high strength, wear resistance, precision machining, high precision, lightweight design, low noise and stability, as well as high heat resistance. These features ensure that the input shaft can reliably transmit engine power under high load and high speed conditions, and provide a smooth and efficient driving experience.