The USB-C cable pull-core injection molding connector is designed to provide a compact, durable, and reliable interface for modern electronic devices. It adopts a pull-core injection molding process in which the metal shell, contacts, and internal plastic housing are precisely formed to create a unified structure with excellent mechanical strength and electrical stability. This structure helps the connector withstand frequent plugging and unplugging, bending, and external impact during daily use.The connector uses a symmetrical USB Type-C interface with 24 pins, supporting reversible insertion and a wide range of transmission protocols. It can be applied to data transfer, fast charging, audio and video output, and other multifunctional scenarios. The pull-core injection technique ensures accurate positioning of each contact, reducing signal loss and minimizing interference. This is particularly important for high-speed data transmission and high-power charging, where stable impedance and low contact resistance are essential.During manufacturing, the metal core is first formed and fixed, and then high-temperature resistant plastic is injected around it through a mold. After cooling and demolding, this process results in an integrated connector core with precise dimensions. The method improves production consistency, reduces deformation, and enhances the product’s resistance to torsion and vibration. At the same time, the internal structure is tightly wrapped, helping to prevent dust, moisture, and other contaminants from entering.This USB-C pull-core injection molding connector supports various cable assemblies, such as standard USB 2.0, USB 3.x, and USB4 configurations, depending on the pin layout and wiring. It can also support Power Delivery protocols, enabling high-wattage charging for smartphones, tablets, laptops, and other portable devices. The robust fixation between the connector and cable outer jacket, often reinforced with overmolding, reduces the risk of conductor breakage at the cable outlet, prolonging service life.The outer shell of the connector can be produced in a variety of finishes, including nickel or other metal plating, to improve corrosion resistance and appearance. The compact and lightweight design is suitable for slim devices and high-density port layouts. Thanks to its standardized dimensions and mechanical properties, it is compatible with a wide range of USB-C sockets on the market, ensuring broad interoperability.Overall, the USB-C cable pull-core injection molding connector combines precision manufacturing, strong mechanical integrity, and stable electrical performance. It is an ideal choice for high-reliability cable assemblies used in consumer electronics, industrial control equipment, automotive systems, and other applications where durability and consistent performance are required.