Representing extremely compact fine pitch, it is designed for high-density packaging needs of microelectronic devices. With anti-reverse insertion feature, it is suitable for space-constrained smart wearables and high-end communication modules, making it a core choice for signal transmission in miniaturized devices.

 An optimal choice balancing space economy and installation flexibility, supporting both SMT and DIP assembly methods. Equipped with a safety locking structure to prevent detachment, it is widely used in scenarios requiring reliable connections such as smartphones and automotive electronics.

A practical specification balancing miniaturization and operability. Terminals are made of high-quality materials to ensure stable conductivity, suitable for internal wire harness connections in consumer electronics. Its standardized design simplifies the assembly process, helping to improve mass production efficiency.

A representative of high-reliability connections. The double-row design with a locking mechanism reduces insertion force, while also featuring strong anti-vibration and anti-shock capabilities. Matched with PA66 high-temperature resistant plastic cores, it meets the stringent requirements for stable transmission in industrial control and medical equipment.

A universal model balancing adaptability and durability, supporting single-row and double-row configurations. Metal terminals undergo special electroplating treatment to enhance corrosion resistance, and it performs excellently in wire-to-board connections of small household appliances and smart home hardware.

A benchmark for classic universal pitch, featuring a through-hole design for easy manual soldering and maintenance. With a built-in stable locking structure, it is suitable for scenarios such as industrial automation and computer peripherals, offering strong compatibility and low replacement costs.

A practical choice for medium-power transmission. The pin bearing capacity is better than that of small-pitch models. Equipped with an anti-reverse insertion structure to reduce assembly errors, it is well-suited for mixed signal and power transmission in small industrial instruments and power modules.

A reliable solution for industrial-grade connections, with excellent vibration resistance and high-temperature resistance. The terminal contact resistance is low, enabling stable signal and power transmission in PLC control systems and sensor modules, reducing the risk of production line failures.

A durable specification focusing on mechanical strength. The plastic core is made of high-impact material, and it supports use in combination with terminal blocks and flat cables. It is suitable for complex environments such as outdoor equipment and industrial control cabinets, ensuring long-term stable connections.

An optimal choice for large-current transmission. The loose pitch facilitates maintenance and troubleshooting. The metal terminals have strong current-carrying capacity, and matched with environment-resistant materials, it plays a core role in power connections of new energy photovoltaic systems and large industrial equipment.