banner1
banner2
banner3

About
our company

Established in 2007, JDE Automotive Technology Co., Ltd. is located in Dongguan City, China. JDE Auto is an automotive parts company specializing in the design, development and production of connectors and wire harnesses. The company has precision stamping and precision injection molding, mold manufacturing and automatic assembly in one of the high-end equipment. Mainly serves in automotive, industrial, medical, new energy photovoltaic and other fields.
Under the management philosophy of “growing into a global first-class company based on expertise and innovation”, we have secured our own technology through technology development and investment from the beginning of our founding and have built customer trust.

READ THE FULL INTRODUCTION
about
Latest Products

Our doctors include highly qualified male and female practitioners who come from a range of backgrounds and bring a diversity of skills. Our administration and support staff all have exceptional people skills.

Advanced Technical Strength
Advanced Technical Strength

JDE Automotive is a China National High-tech Enterprise specialized in tooling design, precision stamping & injection molding and wiring harness.

Read More
No MOQ, Full Flexibility
No MOQ, Full Flexibility

We support both prototype development and mass production with no minimum order quantity (MOQ). Whether you need 10 parts or 10 million, we offer competitive pricing and scalable solutions.

Read More
Perfect Service Support
Perfect Service Support

Our comprehensive product and service strategy enables us to provide engineering services and customized solutions to customers worldwide.

Read More
Fast Turnkey Delivery
Fast Turnkey Delivery

With extensive in-house machinery and streamlined processes, we accelerate your project from design to delivery—often faster than industry standards—helping you meet tight deadlines.

Read More
On-site Workshop
  • img
  • img
  • img
  • img
  • img
  • img

Our hot sale products

  • High-voltage Distribution Baseplate / High-current Terminal Block Assembly
    High-voltage Distribution Baseplate / High-current Terminal Block Assembly

    This product is a high-performance electrical connection module designed specifically for new energy vehicle charging piles (and high-voltage distribution...

  • Charging Terminal
    Charging Terminal

    Key Specifications • Rated Voltage: 250V AC / 480V AC • Rated Current: 16A / 32A / 63A • Cable Length: 3m / 5m • Operating Temperature: -30°C to...

  • Ubular Female Terminal​
    Ubular Female Terminal​

    High-reliability stamped and formed female contacts, fully cross-compatible with DEUTSCH 1060 series. Manufactured through high-speed progressive die...

  • Crimp Terminals For New Energy Multi-pin Connectors
    Crimp Terminals For New Energy Multi-pin Connectors

    This series of terminals is specifically designed for New Energy (EV/ESS) multi-pin high-voltage and signal connectors. Serving as the core conductive...

  • Hardware Stamping Parts
    Hardware Stamping Parts

    Material: CuNiSi / C19010 + SUS 301
    Material Thickness: 0.38mm
    Surface Treatment: Hot Dip Tinned / Ag plated
    Applicable Wire Range:...

  • Automotive Connector with Housing
    Automotive Connector with Housing

    Product Type: automotive connector with Housing ITT132025-005
    Material: PA66
    Working temperature: -40℃~125℃
    RoHs and REACH compliant.

  • High Precision Metal Stamping
    High Precision Metal Stamping

    Product Type: Terminal Series
    Material: SUS
    Material Thickness: 0.80mm
    Mating Pin/Socket Diameter
    Terminal Transmits: 5A...

  • Progressive Stamping Parts
    Progressive Stamping Parts

    Product Type: Terminal Series
    Material: C17200
    Material Thickness: Main Body: 0.25mm
    Surface Treatment: Ag
    Mating Pin/Socket...

Latest news and events

Mold Fundamentals
Injection molding stands as the most cost-efficient method for high-volume plastic part production. The process entails injecting molten polymer into a precision mold, followed by the ejection of the cooled, solidified component. This section provides a concise overview of mold architecture and its underlying operational principles.