Engine mounting brackets, also known as motor mounts, are essential components in a vehicle＇s engine compartment that secure and support the engine to the vehicle＇s frame or chassis. Typically made of sturdy materials like metal or rubber, these brackets serve to anchor the engine in its designated position while dampening vibrations and minimizing the transmission of engine noise and harshness to the vehicle＇s cabin. Engine mounting brackets play a crucial role in maintaining the engine＇s alignment and preventing excessive movement during acceleration, braking, and cornering, ensuring vehicle stability and overall driving comfort.

Engine mounting brackets, also known as motor mounts, are essential components in a vehicle＇s engine compartment that secure and support the engine to the vehicle＇s frame or chassis. Typically made of sturdy materials like metal or rubber, these brackets serve to anchor the engine in its designated position while dampening vibrations and minimizing the transmission of engine noise and harshness to the vehicle＇s cabin. Engine mounting brackets play a crucial role in maintaining the engine＇s alignment and preventing excessive movement during acceleration, braking, and cornering, ensuring vehicle stability and overall driving comfort.

A slotted brake disc is a type of automotive brake rotor designed with precision-cut grooves or slots on its surface to enhance braking performance. These slots help expel gas, dust, and water from the contact area between the brake pad and disc, improving friction and reducing brake fade under high temperatures or heavy use. Commonly used in performance vehicles and demanding driving conditions, slotted discs also promote more consistent pad wear and better bite during braking. While they may produce more noise and wear on pads compared to standard discs, their ability to maintain braking efficiency makes them a popular choice for sports and high-performance applications.

A slotted brake disc is a type of automotive brake rotor designed with precision-cut grooves or slots on its surface to enhance braking performance. These slots help expel gas, dust, and water from the contact area between the brake pad and disc, improving friction and reducing brake fade under high temperatures or heavy use. Commonly used in performance vehicles and demanding driving conditions, slotted discs also promote more consistent pad wear and better bite during braking. While they may produce more noise and wear on pads compared to standard discs, their ability to maintain braking efficiency makes them a popular choice for sports and high-performance applications.

Automotive pneumatic controlled seats are seating systems in vehicles that use air pressure to adjust various features such as lumbar support, seat height, cushion angle, and side bolsters. By inflating or deflating internal air bladders through an integrated pneumatic system, these seats offer customizable comfort and improved ergonomics for drivers and passengers. Often found in premium and commercial vehicles, they enhance ride quality by automatically adapting to body posture or road conditions, reducing fatigue on long journeys.

Automotive pneumatic controlled seats are seating systems in vehicles that use air pressure to adjust various features such as lumbar support, seat height, cushion angle, and side bolsters. By inflating or deflating internal air bladders through an integrated pneumatic system, these seats offer customizable comfort and improved ergonomics for drivers and passengers. Often found in premium and commercial vehicles, they enhance ride quality by automatically adapting to body posture or road conditions, reducing fatigue on long journeys.

An automotive electric sunroof sunshade is a motorized interior covering system designed to complement an electric sunroof by providing adjustable shading and enhanced comfort for vehicle occupants. Operated via a switch or integrated into the vehicle’s control system, this sunshade can automatically open or close to block excessive sunlight, reduce glare, and help regulate cabin temperature. Typically made from heat-resistant, light-filtering materials, electric sunroof sunshades are engineered for smooth, quiet operation and seamless integration into the car’s roof structure. They are commonly found in modern passenger vehicles, especially those equipped with panoramic or large-format sunroofs, adding both functional and luxury appeal.

An automotive electric sunroof sunshade is a motorized interior covering system designed to complement an electric sunroof by providing adjustable shading and enhanced comfort for vehicle occupants. Operated via a switch or integrated into the vehicle’s control system, this sunshade can automatically open or close to block excessive sunlight, reduce glare, and help regulate cabin temperature. Typically made from heat-resistant, light-filtering materials, electric sunroof sunshades are engineered for smooth, quiet operation and seamless integration into the car’s roof structure. They are commonly found in modern passenger vehicles, especially those equipped with panoramic or large-format sunroofs, adding both functional and luxury appeal.

An Integrated Charging Control Unit (ICCU) is a key electronic component in electric and hybrid vehicles that manages and coordinates the vehicle＇s charging functions by integrating multiple power conversion and control tasks into a single module. It typically combines the functionalities of the onboard charger (OBC), DC-DC converter, and sometimes the power distribution unit (PDU), enabling efficient energy flow between the battery, electric motor, and external power sources. The ICCU optimizes charging speed, regulates voltage and current, and ensures safety through real-time monitoring and protection features. By consolidating components, it reduces weight, complexity, and cost while improving space efficiency and reliability—making it a vital part of next-generation electric vehicle architectures.

An Integrated Charging Control Unit (ICCU) is a key electronic component in electric and hybrid vehicles that manages and coordinates the vehicle＇s charging functions by integrating multiple power conversion and control tasks into a single module. It typically combines the functionalities of the onboard charger (OBC), DC-DC converter, and sometimes the power distribution unit (PDU), enabling efficient energy flow between the battery, electric motor, and external power sources. The ICCU optimizes charging speed, regulates voltage and current, and ensures safety through real-time monitoring and protection features. By consolidating components, it reduces weight, complexity, and cost while improving space efficiency and reliability—making it a vital part of next-generation electric vehicle architectures.