Transmission
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This constant velocity joint is designed for automotive transmission systems. It facilitates the transfer of power from the transmission to the wheels at a constant speed, regardless of suspension articulation.

This automotive drive shaft is designed for efficient power transmission. Its robust construction utilizes durable materials, and it includes flexible rubber boots to protect joints from contaminants and ensure smooth articulation.

This axle shaft is designed for optimal power transfer and durability in automotive transmission systems. It is engineered to withstand high torque loads and provide reliable performance under demanding driving conditions.

This radiator cooling fan provides efficient engine cooling. Its multi-blade design ensures optimal airflow and reliable performance under demanding conditions.

This universal joint is designed for automotive transmission systems. It connects rotating shafts, allowing angular misalignment and transmitting power efficiently in vehicle drivelines.

Detailed schematic diagram of a trailer's air brake system. It showcases the interconnected components, including air tanks, valves, brake chambers, and control units, highlighting the pneumatic lines.

This V-ribbed belt, also known as a PK belt, is designed for automotive transmission systems. It features multiple V-shaped ribs for enhanced grip and efficient power transfer.

This V-ribbed belt transmits power from the engine to various accessories. The 6PK737 designation indicates it has 6 ribs and a length of 737mm.

This v-ribbed belt, also known as a PK belt, is constructed from durable EPDM rubber. It features 6 ribs and a length of 1665mm, making it suitable for various automotive applications.

This clutch slave cylinder is a hydraulic component used in manual transmission vehicles to actuate the clutch. It receives hydraulic pressure from the clutch master cylinder and converts it into mechanical force to disengage the clutch, allowing gear changes.

This hydraulic clutch slave cylinder is designed for agricultural machinery applications. It converts hydraulic pressure into mechanical force to facilitate clutch engagement and disengagement.

This clutch release bearing and slave cylinder assembly is designed for Japanese automobiles. It facilitates smooth and efficient clutch operation by transmitting the force from the clutch master cylinder to the clutch fork, enabling disengagement of the engine from the transmission.

This high-quality transmission shaft ensures efficient power transfer from the engine to the wheels in automotive applications. The durable construction and precision engineering provide reliable performance under varying operating conditions.

This heavy-duty axle beam is designed for robust performance in demanding applications. The axle beam features durable construction, precision engineering, and an optimized design for superior load-bearing capabilities and stability.

This 3-axle suspension system is engineered for superior performance and durability in heavy-duty applications. The suspension system is designed to provide optimal load distribution, enhanced stability, and a smooth ride, even under challenging conditions.

This six-axle cantilever suspension system is designed for heavy-duty vehicles. It features heavy-duty axles, air brakes, and a cantilever design for enhanced stability and load distribution.

This idler pulley is a key component in automotive transmissions, designed to maintain proper belt tension and prevent slippage. Its durable construction ensures efficient power transfer and reliable performance in demanding conditions.

This crankshaft pulley is designed for optimal power transfer and durability within auto engine systems. It reduces rotational mass, improving engine response and acceleration.