For SCANIA

High-quality oil cooler side covers, specially designed for truck engine cooling systems. Made of premium aluminum alloy, they are high-temperature resistant, corrosion-resistant, and offer excellent sealing performance. They effectively ensure stable oil circulation, precisely control oil temperature, and prevent engine overheating. Precision molded for a factory-standard fit, they are the ideal choice for extending engine life and ensuring reliability during long-haul transportation.

It is a key component in truck transmission systems and gearboxes. Its main function is to transmit torque and change the direction of transmission without altering the gear ratio. This gear is typically mounted on an intermediate shaft, effectively balancing and distributing the load to ensure smooth shifting and stable transmission. As a wear part, the intermediate gear, made of high-strength alloy steel, possesses extremely high wear resistance and fatigue resistance. Its quality directly affects the lifespan of the gearbox and the operating efficiency of the truck, making it an important component in truck maintenance and repair.

The through shaft is a core component of a heavy-duty vehicle's transmission system, primarily used to connect the middle and rear axles for long-distance power transmission. It needs to withstand enormous torque and complex alternating loads, thus requiring extremely high standards for materials and manufacturing processes. A high-quality drive axle effectively reduces transmission noise and energy loss, ensuring the vehicle maintains strong power and stable performance under complex road conditions, making it an indispensable guarantee for efficient logistics and engineering transportation.

This is an auxiliary water tank specifically designed for trucks, also known as a spare coolant reservoir. Its main function is to store spare coolant. When the liquid in the main water tank decreases due to high temperature expansion or evaporation, the auxiliary water tank can automatically replenish and recycle it to ensure that the cooling system is always in optimal condition. It effectively prevents the engine from overheating and avoids damage to the water tank due to insufficient coolant. It is easy to install, robust, and durable, making it an important component for ensuring safe long-distance truck driving and preventing engine overheating. 

This truck-specific generator uses high-grade materials and precision winding technology, featuring strong power, stable output, and resistance to high temperatures and vibrations. It efficiently supplies power to all vehicle electrical systems and continuously replenishes the battery. It is strictly compatible with the interfaces of various mainstream truck models, making it an ideal choice for ensuring stable and reliable electrical systems and reducing the risk of breakdowns during long-distance truck transportation. 

It is located between the two wheels. Its main function is to automatically adjust the speed difference between the left and right wheels when the vehicle is turning or driving on uneven surfaces, ensuring that the wheels roll purely rather than slip, thereby effectively reducing tire wear and improving handling stability and driving safety. As a critical transmission link, it bears enormous torque and impact forces, and its reliability directly affects the truck's power transmission efficiency and passability.

The core component of the truck drive axle, together with the planetary gears, forms the differential assembly. It is responsible for distributing the torque from the driveshaft to the left and right half-shafts, allowing the wheels on both sides to rotate at different speeds when the vehicle is turning, effectively reducing tire wear. It is typically manufactured using high-strength alloy steel through a carburizing and quenching process, resulting in wear-resistant and impact-resistant gear surfaces. This component directly affects transmission efficiency and driving stability, and is a crucial guarantee for the reliable passage of heavy-duty trucks in complex road conditions.

Feed oil pump is defined as a critical component for fuel delivery, responsible for providing a stable supply of fuel to the engine. Its working principle is based on mechanical pressure conversion, ensuring the smooth flow of fuel. There are various types available, designed to fit different engine configurations.

The oil pump, defined as the heart of the engine lubrication system, is responsible for transporting oil to various lubrication points. Its working principle relies on the rotation of gears or rotors, among other components, generating pressure to pump oil to all engine parts. In terms of types, the main ones include gear pumps and rotor pumps, each with their unique advantages and disadvantages.