This USB Type-C 9Pin male connector adopts the standard Type-C male interface specification, combining a tail-end single-row 9Pin SMT surface-mount terminal design with DIP through-hole reinforcement solder legs on both sides. The streamlined 9-Pin layout (VBUS, GND, CC1, CC2, D+, D-, etc.) perfectly supports 3A high-current PD fast charging while retaining USB 2.0 high-speed data transmission capability. Compared to traditional 14Pin/24Pin male connectors, the 9Pin structure significantly widens the tail-end pad spacing, notably reducing solder bridging and short-circuit rates during SMT reflow soldering. Widely used in Type-C adapters, wireless charging cable-end expansion boards, flying-wire soldering modules, smart wearables, and portable peripheral products. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin elevated/raised horizontal SMT female connector adopts a high-rise elevated mount structure design. By raising the central axis of the interface, it effectively avoids tall components such as inductors and capacitors around the PCB surface, while perfectly aligning with the middle frame opening of the product enclosure. The streamlined 16-Pin layout (covering VBUS, GND, CC1/CC2, and D+/D- data signals) perfectly supports PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. The shell is equipped with extended through-hole fixed solder legs (DIP pins), providing extremely high torsional resistance and pull-out force. Widely used in high-density motherboards, smart small appliances, industrial control equipment, gaming peripherals, and various hardware terminals requiring clearance and alignment with enclosure openings. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin 4-leg plug-in female connector adopts a composite fixing structure of "tail SMT patch + 4-leg DIP through-hole board reinforcement." Four thickened DIP positioning solder legs are distributed around the housing, deeply locked onto the PCB via wave soldering or through-hole manual soldering, capable of withstanding extremely high lateral torsional forces and rocking pull-out forces, fundamentally solving the industry pain point of pad detachment caused by frequent plugging and unplugging. The streamlined 16-pin layout (including VBUS, GND, CC1/CC2, and D+/D- data signals) is fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in small household appliances with high-frequency plugging, outdoor handheld terminals, automotive electronics, smart wearables, and various consumer electronic products requiring strong mechanical strength. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin 4-leg plug-in dual spring tab female connector, based on the traditional 4-leg plug-in design, specially introduces a "Double Spring Tabs" structure on the top/bottom of the shell shielding cover. These spring tabs not only provide strong mechanical locking and clamping force when the male connector is inserted, effectively preventing plug loosening, wobbling, and accidental detachment, but also significantly enhance grounding (GND) shielding continuity, reducing EMI electromagnetic interference and poor contact. The tail combines 4 thickened DIP board-fixing legs with a 16Pin SMT patch layout, balancing high-strength tear resistance with 5A/100W PD fast charging and USB 2.0 data transmission capabilities. Widely used in automotive electronics, gaming peripherals, handheld terminals, massage guns, and various hardware devices subject to strong vibration or frequent plugging. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin female connector with 4 DIP legs and gold plated legs is based on the traditional 4-leg DIP design, with all 4 DIP fixing legs on the shell and the 16Pin contact terminals at the tail fully treated with gold plating (Gold Plating) process. The gold plating layer not only significantly reduces contact resistance and polarization corrosion, greatly improving current transmission efficiency and signal integrity, but also endows the interface with excellent salt spray resistance, oxidation resistance, and solderability, completely avoiding issues such as rusting of solder legs or cold solder joints caused by moisture and sweat erosion. Combined with the 4-leg DIP through-hole locking and streamlined 16Pin layout, it is perfectly compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in high-end smart wearables, outdoor rugged devices, medical instruments, automotive electronics, and highly corrosive/high-frequency plugging environments. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin side-mount female connector adopts a "90-degree side entry + rear positioning pin" side-mount (Side-Mount / Right Angle) structural design. The insertion direction remains parallel to the PCB surface, greatly saving vertical space in the device, making it ideal for side panel openings, slim enclosures, or hardware products with strict vertical height restrictions. Combined with the strong DIP fixing pins on the shell and the streamlined 16Pin terminal layout, it offers high tensile and insertion/withdrawal tear resistance while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in smart wristbands, Bluetooth earbud charging cases, portable medical devices, automotive electronics, and various compact electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Mid-Mount female connector adopts a "Mid-Mount/Breakout" structural design. By sinking the connector body into the pre-reserved slot/breakout position on the PCB, it significantly reduces the protruding height of the interface on the PCB surface, making it an ideal solution for extremely compressing device thickness and achieving ultra-thin industrial design (ID). The shell is equipped with dedicated bent positioning and reinforcing solder legs on both sides, effectively dispersing insertion/withdrawal stress and preventing pad tearing; the tail features a streamlined 16Pin SMD layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in ultra-thin smartphones, smart bracelets, tablets, portable medical terminals, and various high-density integrated electronic devices. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical SMT female connector adopts a "180-degree vertical wire entry + positioning plastic base" vertical SMT structure design. The insertion direction is perpendicular to the PCB surface, making it ideal for top-opening devices, desktop vertical charging docks, or vertically stacked modular hardware layouts. The bottom is equipped with a high-precision positioning plastic frame, effectively preventing tilting and displacement during the SMT assembly process; combined with the DIP through-hole reinforcement pins on both sides of the shell and the compact 16Pin SMT terminals, it can withstand strong vertical and lateral insertion/withdrawal stress while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in wireless charging docks, smart speakers, vertical panel instruments, e-cigarette charging bases, and modular electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Top-Mount Extended Female Socket connector adopts an "Extended Body + Top-Mount SMT" structural design. By increasing the length of the front shielding shell, the interface can smoothly pass through thicker device enclosures or deep-panel openings, completely solving the pain points of traditional short-body female sockets where the plug cannot reach the bottom due to thick shells, resulting in poor contact. Both sides of the shell are equipped with extended DIP through-hole positioning solder legs, significantly widening the solder joint spacing to withstand stronger lateral prying forces and lever insertion/withdrawal stress; the tail features a compact 16Pin single-row SMT layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in thickened protective shells, rugged handheld terminals, outdoor waterproof instruments, automotive electronics, and protective-grade electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Male Connector (cable-end plug) features a high-strength seamless stretched metal shell and a double-sided SMT/Solder Pad clamping structure design. The tail pins adopt a symmetrical top-and-bottom double-sided layout (16 Pin) with clearly spaced solder pads, making manual soldering or automated wire soldering/SMT placement extremely easy. The shell is manufactured using an integrated precision stretching process, offering excellent bending and tensile resistance, effectively protecting internal solder joints from pull-out damage; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signals, perfectly supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely used in Type-C data cables, fast charging cables, wireless charging cables, adapters/adapter cable modules, and various customized electronic wire harnesses. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin male plug with 2 DIP pins adopts a "front-insert rear-solder (DIP+SMT)" structural design featuring an "integrated seamless stretched shell + dual DIP through-hole pins at the tail + double-sided 16Pin SMT terminals." The connector extends two high-strength DIP through-hole solder pins at the tail, which can directly penetrate the PCB adapter board for wave soldering or manual reinforcement soldering, completely solving the pain point where traditional pure SMT male plugs are prone to pad peeling or tearing under lateral prying forces or pull-out stress. The integrated stretched metal shell offers extremely high mechanical strength, effectively resisting stress from frequent insertion and extraction cycles; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signal channels, perfectly supporting up to 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data synchronization. Widely used in Type-C adapter boards, expansion daughter boards, high-strength data cables, power bank adapter heads, automotive devices, and modular hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical DIP Male Plug connector features a "180-degree vertical (Vertical Dip) + rear dual-row through-hole pins (DIP)" structural design. It is specifically engineered for scenarios requiring the Type-C interface to be mounted perpendicular to the PCB motherboard, perfectly suiting vertical charging docks, vertical adapter boards, and compact modular electronic devices. The housing is equipped with reinforced positioning feet on both sides, combined with dual-row through-hole DIP pins that can penetrate the PCB directly, effectively absorbing the leverage and prying stress generated during vertical insertion and removal, thoroughly resolving the issue of vertical plugs loosening and tearing solder pads. The streamlined 16-Pin terminal fully retains VBUS, GND, CC1, CC2, and D+/D- signal channels, fully supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely applied in wireless charging vertical docks, docking station direct-insert slots, smart home main control boards, and various vertical-structure modules. 2D/3D drawings and free sample request services are available.

This USB Type-C 24Pin Vertical SMT Male Plug connector adopts a precision structural design combining "180-degree vertical SMT + full 24-pin SMT terminals + short shell pegs for reinforced positioning." The connector tail features a complete full 24-pin terminal layout, supporting USB 3.1 Gen2 / USB3.2 (10Gbps high-speed data transmission), DP audio/video signal transmission, and up to 20V/5A (100W) PD protocol super fast charging. The bottom of both sides of the shell is equipped with compact positioning fixing pegs (short shell peg design), which not only provide excellent mechanical positioning and anti-peeling tensile strength during PCB mounting but also minimize board space occupation. The dual-row SMT pads at the tail feature extremely high flatness, making it ideal for automated SMT reflow soldering on high-density PCBs. Widely used in vertical docking stations, USB3.1/Thunderbolt adapter boards, high-bandwidth audio/video capture modules, and vertical smart devices. 2D/3D drawings and free sample requests are available.

Dual-Row 24Pin SMT Terminals | Full SMT Structure for Shell and Pins | Compatible with USB 3.1 10Gbps and 100W PD | Suitable for Fully Automatic SMT Reflow Soldering | Free Samples and CAD Drawings Available

This USB Type-C 2Pin waterproof cable-mounted flat-ear female socket connector adopts an integrated injection-molded encapsulation design featuring "flat-ear screw fixing on both sides + high-seal waterproof rubber gasket + pre-attached red and black electronic wires." It is specifically designed for outdoor equipment and pure charging products that require high-level waterproofing (IPX7/IPX8) and robust panel mounting. The flat-ear design on both sides (external ear screw holes) allows the connector to be securely fastened to the device housing or panel via screws, providing resistance to pulling and vibration; combined with the high-performance waterproof rubber gasket, it perfectly blocks moisture, rainwater, and dust intrusion. The tail is pre-soldered and injection-molded with red and black positive and negative terminal 2Pin wires (customizable wire length and gauge), eliminating the need for additional PCB soldering—simply plug in or solder to the mainboard for use. It supports 3A~5A high-current fast charging and is widely used in outdoor lighting, power tools, shared mobility devices, automotive electronics, and smart waterproof small appliances. 2D/3D drawings and free sample requests are available.

This USB Type-C 9Pin male connector adopts the standard Type-C male interface specification, combining a tail-end single-row 9Pin SMT surface-mount terminal design with DIP through-hole reinforcement solder legs on both sides. The streamlined 9-Pin layout (VBUS, GND, CC1, CC2, D+, D-, etc.) perfectly supports 3A high-current PD fast charging while retaining USB 2.0 high-speed data transmission capability. Compared to traditional 14Pin/24Pin male connectors, the 9Pin structure significantly widens the tail-end pad spacing, notably reducing solder bridging and short-circuit rates during SMT reflow soldering. Widely used in Type-C adapters, wireless charging cable-end expansion boards, flying-wire soldering modules, smart wearables, and portable peripheral products. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin elevated/raised horizontal SMT female connector adopts a high-rise elevated mount structure design. By raising the central axis of the interface, it effectively avoids tall components such as inductors and capacitors around the PCB surface, while perfectly aligning with the middle frame opening of the product enclosure. The streamlined 16-Pin layout (covering VBUS, GND, CC1/CC2, and D+/D- data signals) perfectly supports PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. The shell is equipped with extended through-hole fixed solder legs (DIP pins), providing extremely high torsional resistance and pull-out force. Widely used in high-density motherboards, smart small appliances, industrial control equipment, gaming peripherals, and various hardware terminals requiring clearance and alignment with enclosure openings. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin 4-leg plug-in female connector adopts a composite fixing structure of "tail SMT patch + 4-leg DIP through-hole board reinforcement." Four thickened DIP positioning solder legs are distributed around the housing, deeply locked onto the PCB via wave soldering or through-hole manual soldering, capable of withstanding extremely high lateral torsional forces and rocking pull-out forces, fundamentally solving the industry pain point of pad detachment caused by frequent plugging and unplugging. The streamlined 16-pin layout (including VBUS, GND, CC1/CC2, and D+/D- data signals) is fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in small household appliances with high-frequency plugging, outdoor handheld terminals, automotive electronics, smart wearables, and various consumer electronic products requiring strong mechanical strength. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin 4-leg plug-in dual spring tab female connector, based on the traditional 4-leg plug-in design, specially introduces a "Double Spring Tabs" structure on the top/bottom of the shell shielding cover. These spring tabs not only provide strong mechanical locking and clamping force when the male connector is inserted, effectively preventing plug loosening, wobbling, and accidental detachment, but also significantly enhance grounding (GND) shielding continuity, reducing EMI electromagnetic interference and poor contact. The tail combines 4 thickened DIP board-fixing legs with a 16Pin SMT patch layout, balancing high-strength tear resistance with 5A/100W PD fast charging and USB 2.0 data transmission capabilities. Widely used in automotive electronics, gaming peripherals, handheld terminals, massage guns, and various hardware devices subject to strong vibration or frequent plugging. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin female connector with 4 DIP legs and gold plated legs is based on the traditional 4-leg DIP design, with all 4 DIP fixing legs on the shell and the 16Pin contact terminals at the tail fully treated with gold plating (Gold Plating) process. The gold plating layer not only significantly reduces contact resistance and polarization corrosion, greatly improving current transmission efficiency and signal integrity, but also endows the interface with excellent salt spray resistance, oxidation resistance, and solderability, completely avoiding issues such as rusting of solder legs or cold solder joints caused by moisture and sweat erosion. Combined with the 4-leg DIP through-hole locking and streamlined 16Pin layout, it is perfectly compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in high-end smart wearables, outdoor rugged devices, medical instruments, automotive electronics, and highly corrosive/high-frequency plugging environments. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin side-mount female connector adopts a "90-degree side entry + rear positioning pin" side-mount (Side-Mount / Right Angle) structural design. The insertion direction remains parallel to the PCB surface, greatly saving vertical space in the device, making it ideal for side panel openings, slim enclosures, or hardware products with strict vertical height restrictions. Combined with the strong DIP fixing pins on the shell and the streamlined 16Pin terminal layout, it offers high tensile and insertion/withdrawal tear resistance while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in smart wristbands, Bluetooth earbud charging cases, portable medical devices, automotive electronics, and various compact electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Mid-Mount female connector adopts a "Mid-Mount/Breakout" structural design. By sinking the connector body into the pre-reserved slot/breakout position on the PCB, it significantly reduces the protruding height of the interface on the PCB surface, making it an ideal solution for extremely compressing device thickness and achieving ultra-thin industrial design (ID). The shell is equipped with dedicated bent positioning and reinforcing solder legs on both sides, effectively dispersing insertion/withdrawal stress and preventing pad tearing; the tail features a streamlined 16Pin SMD layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in ultra-thin smartphones, smart bracelets, tablets, portable medical terminals, and various high-density integrated electronic devices. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical SMT female connector adopts a "180-degree vertical wire entry + positioning plastic base" vertical SMT structure design. The insertion direction is perpendicular to the PCB surface, making it ideal for top-opening devices, desktop vertical charging docks, or vertically stacked modular hardware layouts. The bottom is equipped with a high-precision positioning plastic frame, effectively preventing tilting and displacement during the SMT assembly process; combined with the DIP through-hole reinforcement pins on both sides of the shell and the compact 16Pin SMT terminals, it can withstand strong vertical and lateral insertion/withdrawal stress while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in wireless charging docks, smart speakers, vertical panel instruments, e-cigarette charging bases, and modular electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Top-Mount Extended Female Socket connector adopts an "Extended Body + Top-Mount SMT" structural design. By increasing the length of the front shielding shell, the interface can smoothly pass through thicker device enclosures or deep-panel openings, completely solving the pain points of traditional short-body female sockets where the plug cannot reach the bottom due to thick shells, resulting in poor contact. Both sides of the shell are equipped with extended DIP through-hole positioning solder legs, significantly widening the solder joint spacing to withstand stronger lateral prying forces and lever insertion/withdrawal stress; the tail features a compact 16Pin single-row SMT layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in thickened protective shells, rugged handheld terminals, outdoor waterproof instruments, automotive electronics, and protective-grade electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Male Connector (cable-end plug) features a high-strength seamless stretched metal shell and a double-sided SMT/Solder Pad clamping structure design. The tail pins adopt a symmetrical top-and-bottom double-sided layout (16 Pin) with clearly spaced solder pads, making manual soldering or automated wire soldering/SMT placement extremely easy. The shell is manufactured using an integrated precision stretching process, offering excellent bending and tensile resistance, effectively protecting internal solder joints from pull-out damage; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signals, perfectly supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely used in Type-C data cables, fast charging cables, wireless charging cables, adapters/adapter cable modules, and various customized electronic wire harnesses. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin male plug with 2 DIP pins adopts a "front-insert rear-solder (DIP+SMT)" structural design featuring an "integrated seamless stretched shell + dual DIP through-hole pins at the tail + double-sided 16Pin SMT terminals." The connector extends two high-strength DIP through-hole solder pins at the tail, which can directly penetrate the PCB adapter board for wave soldering or manual reinforcement soldering, completely solving the pain point where traditional pure SMT male plugs are prone to pad peeling or tearing under lateral prying forces or pull-out stress. The integrated stretched metal shell offers extremely high mechanical strength, effectively resisting stress from frequent insertion and extraction cycles; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signal channels, perfectly supporting up to 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data synchronization. Widely used in Type-C adapter boards, expansion daughter boards, high-strength data cables, power bank adapter heads, automotive devices, and modular hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical DIP Male Plug connector features a "180-degree vertical (Vertical Dip) + rear dual-row through-hole pins (DIP)" structural design. It is specifically engineered for scenarios requiring the Type-C interface to be mounted perpendicular to the PCB motherboard, perfectly suiting vertical charging docks, vertical adapter boards, and compact modular electronic devices. The housing is equipped with reinforced positioning feet on both sides, combined with dual-row through-hole DIP pins that can penetrate the PCB directly, effectively absorbing the leverage and prying stress generated during vertical insertion and removal, thoroughly resolving the issue of vertical plugs loosening and tearing solder pads. The streamlined 16-Pin terminal fully retains VBUS, GND, CC1, CC2, and D+/D- signal channels, fully supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely applied in wireless charging vertical docks, docking station direct-insert slots, smart home main control boards, and various vertical-structure modules. 2D/3D drawings and free sample request services are available.

This USB Type-C 24Pin Vertical SMT Male Plug connector adopts a precision structural design combining "180-degree vertical SMT + full 24-pin SMT terminals + short shell pegs for reinforced positioning." The connector tail features a complete full 24-pin terminal layout, supporting USB 3.1 Gen2 / USB3.2 (10Gbps high-speed data transmission), DP audio/video signal transmission, and up to 20V/5A (100W) PD protocol super fast charging. The bottom of both sides of the shell is equipped with compact positioning fixing pegs (short shell peg design), which not only provide excellent mechanical positioning and anti-peeling tensile strength during PCB mounting but also minimize board space occupation. The dual-row SMT pads at the tail feature extremely high flatness, making it ideal for automated SMT reflow soldering on high-density PCBs. Widely used in vertical docking stations, USB3.1/Thunderbolt adapter boards, high-bandwidth audio/video capture modules, and vertical smart devices. 2D/3D drawings and free sample requests are available.

Dual-Row 24Pin SMT Terminals | Full SMT Structure for Shell and Pins | Compatible with USB 3.1 10Gbps and 100W PD | Suitable for Fully Automatic SMT Reflow Soldering | Free Samples and CAD Drawings Available

This USB Type-C 2Pin waterproof cable-mounted flat-ear female socket connector adopts an integrated injection-molded encapsulation design featuring "flat-ear screw fixing on both sides + high-seal waterproof rubber gasket + pre-attached red and black electronic wires." It is specifically designed for outdoor equipment and pure charging products that require high-level waterproofing (IPX7/IPX8) and robust panel mounting. The flat-ear design on both sides (external ear screw holes) allows the connector to be securely fastened to the device housing or panel via screws, providing resistance to pulling and vibration; combined with the high-performance waterproof rubber gasket, it perfectly blocks moisture, rainwater, and dust intrusion. The tail is pre-soldered and injection-molded with red and black positive and negative terminal 2Pin wires (customizable wire length and gauge), eliminating the need for additional PCB soldering—simply plug in or solder to the mainboard for use. It supports 3A~5A high-current fast charging and is widely used in outdoor lighting, power tools, shared mobility devices, automotive electronics, and smart waterproof small appliances. 2D/3D drawings and free sample requests are available.

This USB Type-C 9Pin male connector adopts the standard Type-C male interface specification, combining a tail-end single-row 9Pin SMT surface-mount terminal design with DIP through-hole reinforcement solder legs on both sides. The streamlined 9-Pin layout (VBUS, GND, CC1, CC2, D+, D-, etc.) perfectly supports 3A high-current PD fast charging while retaining USB 2.0 high-speed data transmission capability. Compared to traditional 14Pin/24Pin male connectors, the 9Pin structure significantly widens the tail-end pad spacing, notably reducing solder bridging and short-circuit rates during SMT reflow soldering. Widely used in Type-C adapters, wireless charging cable-end expansion boards, flying-wire soldering modules, smart wearables, and portable peripheral products. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin elevated/raised horizontal SMT female connector adopts a high-rise elevated mount structure design. By raising the central axis of the interface, it effectively avoids tall components such as inductors and capacitors around the PCB surface, while perfectly aligning with the middle frame opening of the product enclosure. The streamlined 16-Pin layout (covering VBUS, GND, CC1/CC2, and D+/D- data signals) perfectly supports PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. The shell is equipped with extended through-hole fixed solder legs (DIP pins), providing extremely high torsional resistance and pull-out force. Widely used in high-density motherboards, smart small appliances, industrial control equipment, gaming peripherals, and various hardware terminals requiring clearance and alignment with enclosure openings. 2D/3D drawings and free sample service available.

This USB Type-C 16Pin 4-leg plug-in female connector adopts a composite fixing structure of "tail SMT patch + 4-leg DIP through-hole board reinforcement." Four thickened DIP positioning solder legs are distributed around the housing, deeply locked onto the PCB via wave soldering or through-hole manual soldering, capable of withstanding extremely high lateral torsional forces and rocking pull-out forces, fundamentally solving the industry pain point of pad detachment caused by frequent plugging and unplugging. The streamlined 16-pin layout (including VBUS, GND, CC1/CC2, and D+/D- data signals) is fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in small household appliances with high-frequency plugging, outdoor handheld terminals, automotive electronics, smart wearables, and various consumer electronic products requiring strong mechanical strength. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin 4-leg plug-in dual spring tab female connector, based on the traditional 4-leg plug-in design, specially introduces a "Double Spring Tabs" structure on the top/bottom of the shell shielding cover. These spring tabs not only provide strong mechanical locking and clamping force when the male connector is inserted, effectively preventing plug loosening, wobbling, and accidental detachment, but also significantly enhance grounding (GND) shielding continuity, reducing EMI electromagnetic interference and poor contact. The tail combines 4 thickened DIP board-fixing legs with a 16Pin SMT patch layout, balancing high-strength tear resistance with 5A/100W PD fast charging and USB 2.0 data transmission capabilities. Widely used in automotive electronics, gaming peripherals, handheld terminals, massage guns, and various hardware devices subject to strong vibration or frequent plugging. 2D/3D drawings and free sample request service are provided.

This USB Type-C 16Pin female connector with 4 DIP legs and gold plated legs is based on the traditional 4-leg DIP design, with all 4 DIP fixing legs on the shell and the 16Pin contact terminals at the tail fully treated with gold plating (Gold Plating) process. The gold plating layer not only significantly reduces contact resistance and polarization corrosion, greatly improving current transmission efficiency and signal integrity, but also endows the interface with excellent salt spray resistance, oxidation resistance, and solderability, completely avoiding issues such as rusting of solder legs or cold solder joints caused by moisture and sweat erosion. Combined with the 4-leg DIP through-hole locking and streamlined 16Pin layout, it is perfectly compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in high-end smart wearables, outdoor rugged devices, medical instruments, automotive electronics, and highly corrosive/high-frequency plugging environments. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin side-mount female connector adopts a "90-degree side entry + rear positioning pin" side-mount (Side-Mount / Right Angle) structural design. The insertion direction remains parallel to the PCB surface, greatly saving vertical space in the device, making it ideal for side panel openings, slim enclosures, or hardware products with strict vertical height restrictions. Combined with the strong DIP fixing pins on the shell and the streamlined 16Pin terminal layout, it offers high tensile and insertion/withdrawal tear resistance while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data synchronization. Widely used in smart wristbands, Bluetooth earbud charging cases, portable medical devices, automotive electronics, and various compact electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Mid-Mount female connector adopts a "Mid-Mount/Breakout" structural design. By sinking the connector body into the pre-reserved slot/breakout position on the PCB, it significantly reduces the protruding height of the interface on the PCB surface, making it an ideal solution for extremely compressing device thickness and achieving ultra-thin industrial design (ID). The shell is equipped with dedicated bent positioning and reinforcing solder legs on both sides, effectively dispersing insertion/withdrawal stress and preventing pad tearing; the tail features a streamlined 16Pin SMD layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in ultra-thin smartphones, smart bracelets, tablets, portable medical terminals, and various high-density integrated electronic devices. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical SMT female connector adopts a "180-degree vertical wire entry + positioning plastic base" vertical SMT structure design. The insertion direction is perpendicular to the PCB surface, making it ideal for top-opening devices, desktop vertical charging docks, or vertically stacked modular hardware layouts. The bottom is equipped with a high-precision positioning plastic frame, effectively preventing tilting and displacement during the SMT assembly process; combined with the DIP through-hole reinforcement pins on both sides of the shell and the compact 16Pin SMT terminals, it can withstand strong vertical and lateral insertion/withdrawal stress while being fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in wireless charging docks, smart speakers, vertical panel instruments, e-cigarette charging bases, and modular electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Top-Mount Extended Female Socket connector adopts an "Extended Body + Top-Mount SMT" structural design. By increasing the length of the front shielding shell, the interface can smoothly pass through thicker device enclosures or deep-panel openings, completely solving the pain points of traditional short-body female sockets where the plug cannot reach the bottom due to thick shells, resulting in poor contact. Both sides of the shell are equipped with extended DIP through-hole positioning solder legs, significantly widening the solder joint spacing to withstand stronger lateral prying forces and lever insertion/withdrawal stress; the tail features a compact 16Pin single-row SMT layout, fully compatible with PD 3.0 fast charging (up to 100W/5A) and USB 2.0 high-speed data transmission. Widely used in thickened protective shells, rugged handheld terminals, outdoor waterproof instruments, automotive electronics, and protective-grade electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Male Connector (cable-end plug) features a high-strength seamless stretched metal shell and a double-sided SMT/Solder Pad clamping structure design. The tail pins adopt a symmetrical top-and-bottom double-sided layout (16 Pin) with clearly spaced solder pads, making manual soldering or automated wire soldering/SMT placement extremely easy. The shell is manufactured using an integrated precision stretching process, offering excellent bending and tensile resistance, effectively protecting internal solder joints from pull-out damage; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signals, perfectly supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely used in Type-C data cables, fast charging cables, wireless charging cables, adapters/adapter cable modules, and various customized electronic wire harnesses. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin male plug with 2 DIP pins adopts a "front-insert rear-solder (DIP+SMT)" structural design featuring an "integrated seamless stretched shell + dual DIP through-hole pins at the tail + double-sided 16Pin SMT terminals." The connector extends two high-strength DIP through-hole solder pins at the tail, which can directly penetrate the PCB adapter board for wave soldering or manual reinforcement soldering, completely solving the pain point where traditional pure SMT male plugs are prone to pad peeling or tearing under lateral prying forces or pull-out stress. The integrated stretched metal shell offers extremely high mechanical strength, effectively resisting stress from frequent insertion and extraction cycles; the streamlined 16Pin terminals fully retain VBUS, GND, CC1, CC2, and D+/D- signal channels, perfectly supporting up to 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data synchronization. Widely used in Type-C adapter boards, expansion daughter boards, high-strength data cables, power bank adapter heads, automotive devices, and modular hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 16Pin Vertical DIP Male Plug connector features a "180-degree vertical (Vertical Dip) + rear dual-row through-hole pins (DIP)" structural design. It is specifically engineered for scenarios requiring the Type-C interface to be mounted perpendicular to the PCB motherboard, perfectly suiting vertical charging docks, vertical adapter boards, and compact modular electronic devices. The housing is equipped with reinforced positioning feet on both sides, combined with dual-row through-hole DIP pins that can penetrate the PCB directly, effectively absorbing the leverage and prying stress generated during vertical insertion and removal, thoroughly resolving the issue of vertical plugs loosening and tearing solder pads. The streamlined 16-Pin terminal fully retains VBUS, GND, CC1, CC2, and D+/D- signal channels, fully supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely applied in wireless charging vertical docks, docking station direct-insert slots, smart home main control boards, and various vertical-structure modules. 2D/3D drawings and free sample request services are available.

This USB Type-C 24Pin Vertical SMT Male Plug connector adopts a precision structural design combining "180-degree vertical SMT + full 24-pin SMT terminals + short shell pegs for reinforced positioning." The connector tail features a complete full 24-pin terminal layout, supporting USB 3.1 Gen2 / USB3.2 (10Gbps high-speed data transmission), DP audio/video signal transmission, and up to 20V/5A (100W) PD protocol super fast charging. The bottom of both sides of the shell is equipped with compact positioning fixing pegs (short shell peg design), which not only provide excellent mechanical positioning and anti-peeling tensile strength during PCB mounting but also minimize board space occupation. The dual-row SMT pads at the tail feature extremely high flatness, making it ideal for automated SMT reflow soldering on high-density PCBs. Widely used in vertical docking stations, USB3.1/Thunderbolt adapter boards, high-bandwidth audio/video capture modules, and vertical smart devices. 2D/3D drawings and free sample requests are available.

Dual-Row 24Pin SMT Terminals | Full SMT Structure for Shell and Pins | Compatible with USB 3.1 10Gbps and 100W PD | Suitable for Fully Automatic SMT Reflow Soldering | Free Samples and CAD Drawings Available

This USB Type-C 2Pin waterproof cable-mounted flat-ear female socket connector adopts an integrated injection-molded encapsulation design featuring "flat-ear screw fixing on both sides + high-seal waterproof rubber gasket + pre-attached red and black electronic wires." It is specifically designed for outdoor equipment and pure charging products that require high-level waterproofing (IPX7/IPX8) and robust panel mounting. The flat-ear design on both sides (external ear screw holes) allows the connector to be securely fastened to the device housing or panel via screws, providing resistance to pulling and vibration; combined with the high-performance waterproof rubber gasket, it perfectly blocks moisture, rainwater, and dust intrusion. The tail is pre-soldered and injection-molded with red and black positive and negative terminal 2Pin wires (customizable wire length and gauge), eliminating the need for additional PCB soldering—simply plug in or solder to the mainboard for use. It supports 3A~5A high-current fast charging and is widely used in outdoor lighting, power tools, shared mobility devices, automotive electronics, and smart waterproof small appliances. 2D/3D drawings and free sample requests are available.