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Dongguan JVT Connectors Co,Ltd. was established in 2006, located in Donguan city, with an area of 6500 square meters , reqistered our own brand JVT, in the same year we build a branch office in WujiangCity of Jiangsu Province. We JVT specializes in producing various Connectors: wire-to-board,wire-to-wire, DC connectors, pin headers, boarding in terminal, similar to products of Molex, JST, TE , HRS. AMP , etc. . Products are sold all over the world:, including North America, South Korea, Turkey , Malaysia. We JVT currently have a lots ofprofessional production equipment covering more than 20 automatic injection molding machines , morethan 20 stamping machines and more than 50 automatic PIN insertion machines. We JVT have an excellent team of experienced R8D engineers, perfect OC management system and well-skilled operators, aswell as a large number of sales team support clients from pre-sale service to after-sale service. With thestrong production line and responsible employees, we JVT provide customers with excellent quality products and punctual delivery to make our customers products competitive. JVT company verified byISO9001,ISO14001, 0C080000, IATF16949 four major internationally authoritative certifications, and allproducts were successfully tested by UL SGS and other certifications.
Automotive connector must be built with high-performance materials
To ensure long service life, an automotive connector must be manufactured using durable, high-performance materials. The plastic housings are usually made of PBT, PA66, or other engineering plastics with excellent heat resistance and flame retardancy. Meanwhile, terminals inside the automotive connector are made from copper alloys with surface coatings like tin, nickel, or gold to prevent corrosion. These material choices help the automotive connector function reliably under extreme temperature, vibration, and chemical exposure, which are common in automotive environments.
Automotive connector reliability is essential for vehicle safety and performance
Automotive connector reliability is a critical factor in ensuring the overall safety and performance of modern vehicles. A failure in even one automotive connector can lead to malfunctions in key systems such as braking, airbags, engine control, or power distribution. This is why each automotive connector must be tested for durability under high temperatures, vibrations, salt spray, and humidity. In real-world conditions, connectors are exposed to continuous mechanical and environmental stress, making long-term reliability essential. Manufacturers conduct lifecycle testing, thermal shock tests, and electrical resistance checks to confirm each automotive connector can maintain consistent performance over time. In safety-critical applications, such as advanced driver-assistance systems (ADAS), the reliability of every automotive connector is non-negotiable, as even the smallest failure can have serious consequences.
Automotive connector manufacturing demands advanced production technology
The manufacturing process of an automotive connector involves precision mold design, automated terminal stamping, plastic injection molding, and assembly. High-precision machines and strict quality control systems are essential to maintain the consistency and reliability of each automotive connector. With the rise of automated production lines, many factories now use robotic arms and vision inspection systems to improve efficiency and reduce human error. A high-quality automotive connector depends not only on design but also on manufacturing excellence.
Automotive connector contributes to the development of electric vehicles
As electric vehicles (EVs) gain popularity, automotive connector design has evolved to support high-voltage, high-current requirements. EV systems such as battery packs, power inverters, and motor controllers require specialized high-voltage automotive connectors that offer excellent insulation, heat resistance, and current-carrying capacity. These connectors are vital to ensure safe and efficient energy transmission in EVs. Additionally, the integration of fast charging and smart electronics has increased the complexity of automotive connectors, pushing the development of more compact, efficient, and reliable connector solutions.
Frequently Asked Question
Do you have any question?
Choosing the right automotive connector depends on several factors: current and voltage requirements, pin configuration, environmental resistance (e.g., waterproof or heat-resistant), and compatibility with mating parts. It's essential to consider the connector's specifications to match your vehicle's system needs and ensure long-term reliability and safety.
Yes, our automotive connectors meet global automotive industry standards such as ISO/TS 16949 and RoHS compliance. We also offer connectors that comply with USCAR and SAE specifications. Ensuring your automotive connector meets such certifications guarantees performance, safety, and compatibility with OEM requirements.
Our automotive connectors are made with high-quality materials, including heat-resistant plastic housings and corrosion-resistant metal terminals. The materials are selected to withstand harsh automotive environments, including high temperatures, vibration, moisture, and chemical exposure, ensuring long-lasting and secure electrical connections.
Yes, we offer OEM/ODM customized automotive connector solutions. Whether you need specific pin configurations, cable lengths, housing colors, or logo printing, we can tailor the connector to meet your unique application needs. Our engineering team works closely with clients to develop cost-effective and reliable custom connector solutions.