Welding plate series D-Sub Connectors

The Welding Plate Series D-Sub Connectors are engineered for durable and secure electrical connections in high-reliability electronic systems. Designed with precision-machined metal shells and reinforced weld plates, these connectors offer excellent mechanical stability, resistance to vibration, and superior grounding performance. Each welding plate D Sub connector features high-quality d sub connector pins that ensure consistent signal transmission and minimal contact resistance, making it ideal for industrial equipment, communication devices, and control systems requiring stable performance over time.

 

As a professional manufacturer of precision interconnect products, DGYZCONN specializes in a comprehensive range of D-sub solutions including female d sub connector, male d sub connector, and micro dsub connector configurations. Our production facilities utilize advanced molding, stamping, and plating technologies to guarantee superior electrical integrity and long service life. The D Sub connector with weld plate design supports multiple termination methods—such as solder cup, straight PCB mount, or crimp connection—allowing engineers to integrate them seamlessly into complex circuit layouts and wiring assemblies.

 

At DGYZCONN, we understand that every application has unique demands. That’s why we provide OEM and ODM customization services, offering flexibility in shell size, pin layout, plating thickness, and mounting options. Whether customers require corrosion-resistant finishes, specialized contact arrangements, or enhanced shielding effectiveness, our engineering team delivers tailored interconnection solutions to meet those exact specifications.

 

Backed by years of global export experience, we are dedicated to supplying high-quality connectors that combine functionality with reliability. The Welding Plate Series D-Sub Connectors are built to maintain optimal performance under harsh environmental conditions—ensuring efficient assembly, dependable connectivity, and consistent results across diverse electronic applications.