Sobre nosotros JDE Automotive Technology Co.,LTD
Founded in 2007 and based in Dongguan, China, JDE Auto is a professional automotive component manufacturer fully dedicated to the design, R&D and serial production of high-performance connectors and wire harness assembliesJDE Automo....
We operate a vertically integrated smart manufacturing workshop equipped with full-range high-end facilities covering precision stamping, precision injection molding, in-house mold fabrication and automated assembly. This integrated production model enables us to deliver one-stop interconnect solutions, including rapid prototyping, custom development and mass production for global partnersJDE Automo....
Our engineered connector and harness products serve a wide spectrum of high-demanding sectors: passenger & new energy vehicles, industrial automation, medical equipment, new energy photovoltaic and energy storage systems. All products are built to withstand harsh working conditions with stable electrical performance, vibration resistance and environmental sealing capability.
Strength & Qualifications
JDE Auto holds the **IATF 16949 certification**, the globally recognized quality standard for automotive supply chain. We have built a complete in-house quality control laboratory, implementing strict incoming material inspection, in-process monitoring and 100% electrical continuity testing for finished wire harnesses. Our quality system has passed regular audits from international Tier 1 automotive suppliers, winning consistent trust and long-term cooperation from worldwide clientsJDE Automo....
With over decades of technical accumulation, our professional R&D team keeps innovating to keep pace with trends of vehicle electrification, smart cockpit and clean energy. We keep expanding our global footprint as a competitive automotive interconnect supplier.
All executives and team members of JDE Automotive uphold rigorous quality standards and customer-oriented service. We commit to stable lead time, flexible customization and reliable technical support, and strive to be your trustworthy long-term partner.
Nuestros productos
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Plastic Moulded Components
Modelo: JDE-04
Parámetros: • Temperature resistance: -40°C ~ 140°C
• Waterproof & dustproof grade: IP67
• Applicable wire gauge range: 0.2mm² ~ 2.5mm²
• Compliance standard: LV214, ISO 16750
• Process: injection moulding, extrusion, insert molding
Automotive Connector with Housing
Modelo: JDE-03
Parámetros: Product Parameters | Working Temperature: -40℃ ~ 125℃
Compliance: RoHS, REACH
Certifications of factory: IATF 16949:2016, ISO 9001, ISO 14001, ISO 45001
Copper Electrical Contact Shrapnel
Modelo: JDE-02
Parámetros: Tight tolerance control; Stable spring force; Low contact resistance; Pass vibration test, temperature cycling test, salt spray test; Support repeated plugging; Anti-abrasion on mating surface
Automotive Multi Pin Connectors
Modelo: JDE-01
Parámetros: 2-pin, 4-pin, 6-pin, 8-pin and more pin options; Support signal transmission & power supply; Compatible with various vehicle electrical configurations; Match with automotive crimp terminals, automotive wire connectors, automotive power connectors
Stamping terminal
Modelo: JDE-1187-B
Parámetros: Technical Conditions:
1. Surface free of obvious defects such as deformation, burrs, cracks, etc.;
2. Unspecified fillet radius is R0.3;
3. Material: Copper strip CuNi3Si, steel strip SUS301; material pre-tinned thickness 2-6um, surface free of oxidation and missing plating;
4. * indicates critical dimensions;
5. All manufacturing processes must comply with ROHS standards;
6. Applicable wire diameter: 0.25~0.35mm²;
7. Male and female mating insertion/extraction force controlled at 0.5-4N;
8. Packaging: Outer black plastic bag, 5000PCS per reel.
Galería de la empresa
Certificaciones y premios
Casos de éxito
automotive OEM
Key benefits include major reductions in energy loss, effective control over system temperature rise, and a significant boost in operational safety and efficiency.
Energy conversion efficiency improved by 0.5% to 1.0%
automotive OEM
Tolerances are stable and controllable, typically achieving ±0.01mm, with core electronic components reaching ±0.005mm. Warpage and shrinkage are also controllable. After multi-piece assembly and insert molding, gaps are uniform, insertion and extraction are smooth, and locking is precise, effectively solving issues such as incorrect installation, jamming, and poor electrical contact. High batch consistency and good vehicle interchangeability are ensured. A typical case is the rubber core of automotive connectors: after metal terminals are encapsulated with rubber, their positioning is stable, terminals remain vertical, and contact resistance fluctuation is minimal, preventing intermittent circuit breaks in vehicle electrical systems.
Precision injection molding technology is extensively utilized in critical automotive subsystems, primarily encompassing sensor encapsulations, high-precision connectors, electronic control unit (ECU) housings, electrical busbars, and high-precision sealing assemblies within EV battery systems.
automotive OEM
Low contact resistance keeps temperature rise under control during high-current operation. Stable power and signal transmission, effectively reducing power loss. HVIL high-voltage interlock function cuts off the circuit in abnormal conditions to prevent electric shock risk. No arcing or signal dropout under rated voltage & current.
High Current-Carrying Capability: Features heavy-gauge, low-resistance copper alloy contacts, eliminating the risk of thermal meltdown under continuous high-temperature and high-current loads.
automotive OEM
Precision-stamped terminal with gold or tin plating keeps stable low contact resistance. It realizes steady power supply and signal transmission, avoids abnormal temperature rise, signal flicker and intermittent disconnection. It fits low-voltage body electronics, sensors, BMS signal acquisition and high-current power circuits.
Stable low contact resistance
automotive OEM
Reliable plating layer provides protection against salt spray, moisture, engine oil and coolant. It operates reliably within -40℃ ~ 125℃, slowing down oxidation and corrosion of contact points.
Electrical transmission: Responsible for stable transmission of low-voltage signals (such as sensors, control units) or high-voltage large currents (such as batteries and motors in electric vehicles).
automotive OEM
The automotive connector is a crucial component that serves as a communication bridge at points where the car's circuits are disconnected or isolated, enabling the flow of current and the transmission of signals.
Rugged environmental protection
IP67 / IP68 sealing, dustproof, waterproof, oil and salt spray resistant. Operates reliably from -40℃ to 125℃ for engine bay, chassis and exterior harnesses, preventing corrosion and intermittent contact issues.
automotive OEM
Low and long-term stable contact resistance results in minimal voltage drop loss. Signal loops (sensors, CAN, ECU) are less prone to signal drift and intermittent packet loss. The high-voltage version can carry sustained large currents in the battery pack, OBC, and inverter circuits, with controllable heating to avoid overheating protection and power limitation issues. Tin-plated/gold-plated versions exhibit significantly lower resistance fluctuation after thermal cycle testing compared to ordinary terminals, ensuring accurate BMS and chassis sensor data.
High-conductivity copper alloy substrate with optional plating. It uses high-elasticity copper alloy substrate and offers multiple plating options including gold plating, tin plating, and silver plating. It features low contact resistance with long-term stability, minimal voltage drop, low heat generation, ensuring stable power and signal transmission. It is suitable for low-voltage signal and new energy
automotive OEM
The overall vehicle electrical failure rate has been significantly reduced. The complete set of wiring harnesses has a high matching degree, with stable crimping and connector locking processes. This minimizes intermittent issues such as poor connections, intermittent power outages, and signal loss, leading to a noticeable decrease in post-project electrical repair rates.
Integrated wiring for the entire vehicle integrates power, signal, and high-speed data circuits. It integrates components such as terminals, connectors, wires, sleeves, clips, and corrugated tubes into a complete set, simplifying the vehicle's wiring layout and reducing issues caused by scattered wires, such as clutter and interference.
automotive OEM
Greatly improved electrical stability
Minor fluctuation of contact resistance after installation. Stable CAN, sensor and BMS signal transmission. High-voltage terminals maintain controlled temperature rise under continuous heavy load to reduce overheating risks in power circuits.
High-spring copper alloy base with multiple plating options
Made of high-conductivity copper alloy. Gold, tin and silver plating are available. It features low and consistent contact resistance, low voltage drop and low heat generation for low-voltage signal and EV high-current circuits.
automotive OEM
Fewer intermittent electrical failures on vehicles
Reliable sealing and locking work steadily under vibration, temperature swing and salt spray. Reduce poor contact, signal flicker and random power loss, cutting electrical warranty returns.
Graded sealing protection for harsh vehicle environments
Optional IP67 / IP68 sealing, dustproof, waterproof, salt spray and oil resistant. Operating temperature from -40℃ to 125℃, ideal for engine bay, chassis and exterior harness to block moisture and corrosion.
automotive OEM
Reduction of intermittent electrical failures
Stable sealing and locking perform well under vibration, thermal cycling and coastal salt spray. Poor contact, signal dropout and random power loss are greatly reduced, lowering electrical warranty claims.
Rugged sealing for harsh automotive environments
IP67 / IP68 sealing options available, dustproof, waterproof, resistant to salt spray, oil and condensation. Operating temperature: -40℃ ~ 125℃, suitable for engine bay, chassis, door and lamp harness to block corrosion.
automotive OEM
Stable lighting performance with fewer intermittent faults
Sealed connectors and well-crimped terminals resist water ingress and salt spray in rainy, washing and coastal conditions. Stable contact under road vibration eliminates flickering DRL, intermittent turn signal and random headlight outage, cutting lamp-related warranty returns.
High Current Capacity: Supports high-power charging demands with low temperature rise.
Safety Insulation: Flame-retardant PA66-GF25 base with anti-shock design.
Flexible Adaptation: Includes loose terminals, supports custom crimping for various wire gauges.
Industrial Durability: Vibration-resistant and aging-resistant for outdoor EV charging conditions.
automotive OEM
Stable high-current transmission with controlled temperature rise
Under fast charging and full-load driving conditions, EV connectors keep temperature rise within specification limits. Low voltage drop ensures steady power transfer among battery packs, motor controllers and OBC, preventing power derating or shutdown caused by overheating.
Higher current with high voltage, lower resistance
Videos de la empresa y productos
Introducción a la empresa y tour por la fábrica
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Demostración del producto - Kestrel K-1
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showcase de innovación tecnológica
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Testimonios de clientes y casos de éxito
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