Product Description
Automobile terminals are core components for achieving stable circuit connection in automotive electrical systems. Through the combination of metal contacts and insulating materials, they ensure power transmission and signal interaction of key components such as batteries, motors, sensors, and lighting. Its design needs to adapt to complex automotive working conditions (such as vibration, high temperature, and humidity), and it is a key component to ensure the safety and reliable operation of vehicles.
As a supplier focusing on the production of automotive wiring terminals, we ensure product performance and quality through the following core links:
- Conductive Materials: Use high-purity copper alloys or tin-plated copper to ensure low resistance and high conductivity to meet the needs of large current transmission.
- Insulating Materials: Use flame-retardant nylon (PA66) or engineering plastics, which are resistant to electrolyte corrosion and can be used in a wide temperature range of -40℃~120℃.
- Mold Accuracy: Self-developed high-precision molds to ensure the consistency of terminal dimensions and avoid jamming or loosening during assembly.
- Surface Treatment: Plating processes (such as gold plating and silver plating) improve oxidation resistance and wear resistance and extend service life.
- Automated Production Line: Key processes are completed by intelligent equipment to reduce human errors and ensure product stability.
- Process Inspection: Multiple inspection nodes are set after each process. Including contact resistance test and durability vibration test.
- Simulated Environmental test: Simulate extreme working conditions (such as salt spray, high temperature and high humidity) to verify the long-term reliability of terminals.
- Battery Management System (BMS): Stabilize the current conduction between high-voltage battery packs.
- Power System: Connect the motor, inverter and on-board charger to support the high power requirements of new energy vehicles.
- Headlight Circuit: Ensure accurate transmission of signals from lighting equipment such as high and low beams and turn signals.
- Sensor Network: Stable transmission of key data such as tire pressure monitoring and temperature sensors.
- Electric Vehicle Charging Piles: realize fast and safe connection between charging piles and vehicles.
- Industrial Automation Equipment: adapt to the high vibration environment of heavy machinery or production lines.
