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High-quality automotive clutch system featuring wear-resistant special material friction plates, designed for high-temperature resistance and reduced wear. Coupled with an optimized diaphragm spg design, it ensures uniform clamping force, delivering precise disengagement and smooth engagement. This guarantees stable torque transmission, maintaining long-term durability even under harsh operating conditions. By significantly reducing ovele operating costs, it is suitable for a wide range of vehicle types, including heavy-duty trucks and passenger cars.

Professional-grade automotive braking system, featuring a disc brake structure (or custom drum option), with brake discs manufactured using an integrated forging process for excelle dissipation. The brake pads are made of ceramic composite wear-resistant material, offering high-temperature resistance, anti-abrasion properties, stable friction coefficients, and efficient braking force transon. Equipped with high-precision brake calipers and seals, the system achieves a braking response time ≤0.3 seconds and a braking distance (fro 100km/h) ≤38 meters. It features Anti-lock Braking System (ABS) and Electronic Brake-force Distribution (EBD) to effectively prevent brake pull and wheel lock-up. Compaible with 220-240V electric vehicles, it balances braking performance, structural durability, and safety reliability, suitable for high-end passenger cars, heavy-duty commercial vehicles, and speose vehicles.

Covering two major types, monocoque and body-on-frame, it offers customizable solutions tailored to vehicle types (passenger cars, commercial vehicles, special-purpoehicles) and usage conditions (private, commercial, off-road). Body accessories can be flexibly combined with configurations such as electric windows, central locking, and electric mirrors to enhance driving convenieand meet the personalized needs of different customers.

From key ignition to push-button start, the evolution of ignition systems has always centered on convenience and reliability. Traditional key ignition relies on mechanical keys to triggts, offering a simple operation; push-button start systems utilize sensor recognition, eliminating the need to insert a key and allowing for ignition with a simple press, making them suitable for modern intellige. Regardless of the ignition method, the core mission remains to ensure rapid engine ignition and stable operation, preventing issues such as failed starts or poor ignition, and safeguarding every smo

Professional-grade automotive cooling system featuring a high-efficiency tube-and-fin radiator with a large heat dissipation area and high efficiency, capable of a cing power of 5-20kW to meet the needs of engines with different displacements. The water pump employs a precision bearing design with stable rotation speed and controllableflow rate (5-15L/min), ensuring excellent sealing performance and eliminating leakage risks; the thermostat offers temperature control accuracy ≤±2℃, enabling precise switching between large and small circulatps to ensure rapid engine warm-up and stable heat dissipation. The cooling fan features intelligent temperature control, automatically adjusting its speed (100r/min) based on coolant temperature, with noise ≤55dB for energy-saving and quiet operation. Core components are made of corrosion-resistant and high-temperature special materials, having undergone multiple ets including high/low temperature, cyclic fatigue, and salt spray corrosion. Compatible with 12V/24V vehicle voltages, it balances heat dissipation performance, structura durability, and energy efficiency, suitable for high-end passenger cars, commercial vehicles, special vehicles, and various other scenarios..

The core components of the air conditioner are made of corrosion-resistant and anti-aging materials. The compressor operates smoothly with low noise, and its energy efficiency ratioeds industry standards, effectively reducing vehicle fuel/electricity consumption. The evaporator and condenser feature high heat dissipation efficiency, are resistant to frosting and clogging, and have undergiple extreme tests including high and low temperatures and fatigue resistance, resulting in a long service life and low maintenance costs.

Automotive steering systems are primarily categorized into three types: mechanical steering, hydraulic power steering (HPS), and electric power steering (EPS), catering to of different vehicle models. Mechanical steering features a simple structure and high reliability; hydraulic power steering offers light steering and a refined feel; electric power steering is energy-efficient and efficientof adjusting assistance based on vehicle speed, balancing ease of handling with fuel economy.

Automotive electronics serve as the intelligent hub and nervous system of modern vehicles, integrating sensing, control, communication, interaction, and safety into a core system that s the driver, the vehicle, and the external environment. From engine control and chassis control to intelligent cockpits, driver assistance, and connected vehicle communication, electronic systems comprehensively emple operation, making powertrains more efficient, handling more precise, driving safer, and travel smarter.

The global coalition of environmental protection, labor, and human rights organizations “Lead the Charge” released the green ranking of automotive supply chains. Tesla, Ford, and Volvo Cars, with their solid practices, are leading the global clean transformation of electric vehicle supply chains. This list not only outlines the current pattern of green transformation among automotive companies but also contains the underlying logic of how the EU’s green rules are reshaping the global automotive industry.

The company’s intelligent driving domain controller series products can not only support L3-level intelligent driving functions, but also be applied in commercial scenarios such as Robotaxi (unmanned taxis) and RoboVan (unmanned logistics vehicles). In particular, the “capillaries” of urban travel – namely the last-mile travel services such as logistics, sanitation, delivery, sightseeing, and patrol – are facing a huge market space brought about by intelligent upgrading.

The next-generation intelligent network base with AI native as the core
6G is not simply a generational upgrade in communication, but is designed from the bottom up with AI native as the core. It integrates ultra-high-performance connectivity, wide-area perception, and distributed computing into a unified intelligent platform. In the future, it will spawn new application and service models in fields such as intelligent vehicles, intelligent manufacturing, drones, and global interconnection.