This USB 2.0 AF + Type-C double-layer composite female connector adopts a stacked structure (top USB 2.0 A female, bottom Type-C female), integrating the traditional USB interface and the next-generation Type-C interface within the same space, helping PCB motherboards reduce horizontal footprint by more than 50%. It features a fully wrapped metal shielding housing, providing excellent EMI anti-interference capability and high connection strength. The pins support a combination of DIP through-hole and SMT surface-mount installation, widely used in computer motherboards, industrial control computers, audio amplifier panels, smart set-top boxes, and in-vehicle multimedia systems. 2D/3D drawings and free sample services are available.

This USB 2.0 AF + Type-C orange double-layer composite female connector features an eye-catching orange high-temperature-resistant insulator design, typically used to indicate high-current fast-charge or special interface functions. Structurally, it adopts a top-bottom stacked 2-in-1 layout (top USB 2.0 A female, bottom Type-C female), significantly reducing PCB board space usage by 50%. Equipped with a high-strength metal shielding housing and reinforced fixing legs, it offers excellent EMI anti-interference and pull-out resistance. Widely used in portable power stations, fast-charge sockets, in-vehicle charging consoles, industrial control motherboards, and high-end multimedia panels. 2D/3D drawings and free sample services are available.

This HDMI 19-pin male and female connector set adopts a standard 19-pin interface architecture, providing a perfectly matched plug-in solution between the male plug and female receptacle. Both male and female connectors feature high-precision gold-plated terminals and thick metal shielding housings, ensuring ultra-low loss for 4K/8K HD audio-video signal transmission and excellent EMI anti-interference performance. The pins support SMT surface-mount and DIP through-hole reinforcement, widely used in HDMI adapter boards, video capture cards, drone image transmission modules, monitor motherboards, and docking station systems. 2D/3D drawings and free sample services are available.

This USB Type-C 24Pin male three-leg connector features a full-function 24-pin structure and a reinforced "three-leg" metal fixing positioning design. Combined with the front/bottom reinforced plastic positioning base, it effectively disperses insertion and extraction stress, preventing SMT pad peeling and stress-induced breakage. The product is equipped with a high-thickness stainless steel shielding shell and high-conductivity copper gold-plated terminals, supporting 10Gbps/20Gbps high-speed data transmission and 100W/240W PD high-power fast charging. Widely used in Type-C adapters, docking station boards, small board connectors, wireless charging modules, and automotive electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof female connector adopts an integrated molded sealing structure and a high-elasticity waterproof silicone ring design, achieving IPX7/IPX8 deep waterproof protection. The product simplifies to 6 pin contacts (VBUS, GND, CC1, CC2), specifically designed for high-current charging and basic control scenarios, effectively simplifying PCB layout and reducing SMT soldering defect rates. The shell and pins use high-strength stainless steel and high-conductivity copper gold-plated terminals, supporting 3A~5A high-current blind-mating fast charging. Widely used in outdoor electronics, electric toothbrushes, beauty devices, e-cigarettes, flashlights, and smart wearable devices. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin top-mount female connector adopts a standard Top Mount (surface-mounted on board) structure design, combining a single-row 6Pin SMT patch terminal with dual-side DIP fish-hook/through-hole fixing pins. The simplified pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition scenarios. The wide pad pitch effectively prevents post-reflow solder bridging and short circuits, significantly improving SMT patch yield; the sturdy four-pin/two-pin through-hole design provides extremely high mechanical peel strength. Widely used in small appliances, electric toys, beauty devices, portable fans, power banks, and various consumer electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof mid-mount female connector adopts a Mid-Mount (sink plate) structure design, combined with a high-elasticity waterproof silicone ring at the front and an integrated overmolded protective layer, achieving IPX7/IPX8 deep waterproof protection. The sink-mount installation recesses the interface into the PCB thickness line, significantly reducing the overall thickness and stacking height of the terminal device, meeting the stringent space layout requirements of ultra-thin products. The streamlined 6-pin configuration (VBUS, GND, CC1, CC2) is specifically designed for high-current fast charging and basic PD protocol recognition, with wide SMT pad spacing effectively preventing solder bridging after reflow. Widely used in ultra-thin smart wearables, e-cigarettes, portable beauty devices, outdoor small appliances, and high-density waterproof electronic equipment. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin vertical SMT female connector adopts a 180-degree Vertical structure design, combining top single-row 6-Pin SMT terminals with reinforced soldering legs on both sides of the base. The vertical mounting greatly frees up horizontal PCB board space, enabling 90° vertical plug-in direction, specifically designed for base-style charging, upright small appliances, and vertical panel interfaces. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with wide pad spacing effectively preventing solder bridging after reflow and significantly improving SMT pass-through yield. Widely used in electric toothbrush charging bases, beauty device bases, desktop mini fans, smart speakers, and various portable electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin waterproof vertical SMT female connector adopts a 180-degree Vertical structure design, equipped with a red high-elasticity waterproof silicone ring at the housing step and a bottom integrated overmolded sealing layer, achieving IPX7/IPX8 deep waterproof protection. The vertical mounting significantly saves horizontal PCB board space, making it ideal for waterproof terminal devices requiring vertical plug-in or vertical panel openings. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with top single-row wide pad spacing effectively preventing solder bridging after reflow. Widely used in waterproof charging bases, outdoor handheld terminals, electric toothbrush/beauty device bases, and waterproof smart hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin horizontal SMT female connector with mounting holes features a horizontal SMT patch structure, with a breakthrough design that integrates screw locking ears (Panel Mount / Screw Locking) on both sides of the plastic core, allowing the interface to be securely fastened to the product enclosure panel via screws. This physical locking structure completely eliminates stress tearing on PCB pads caused by frequent plugging/unplugging and strong vibration, greatly enhancing the mechanical durability of the entire device. The streamlined 6-Pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition, with a single-row wide-pitch pad layout that effectively prevents solder bridging after reflow. Widely used in automotive electronics, industrial control equipment, outdoor handheld terminals, small appliances with enclosure locking, and various high-reliability charging interfaces. 2D/3D drawings and free sample service 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 2.0 AF + Type-C double-layer composite female connector adopts a stacked structure (top USB 2.0 A female, bottom Type-C female), integrating the traditional USB interface and the next-generation Type-C interface within the same space, helping PCB motherboards reduce horizontal footprint by more than 50%. It features a fully wrapped metal shielding housing, providing excellent EMI anti-interference capability and high connection strength. The pins support a combination of DIP through-hole and SMT surface-mount installation, widely used in computer motherboards, industrial control computers, audio amplifier panels, smart set-top boxes, and in-vehicle multimedia systems. 2D/3D drawings and free sample services are available.

This USB 2.0 AF + Type-C orange double-layer composite female connector features an eye-catching orange high-temperature-resistant insulator design, typically used to indicate high-current fast-charge or special interface functions. Structurally, it adopts a top-bottom stacked 2-in-1 layout (top USB 2.0 A female, bottom Type-C female), significantly reducing PCB board space usage by 50%. Equipped with a high-strength metal shielding housing and reinforced fixing legs, it offers excellent EMI anti-interference and pull-out resistance. Widely used in portable power stations, fast-charge sockets, in-vehicle charging consoles, industrial control motherboards, and high-end multimedia panels. 2D/3D drawings and free sample services are available.

This HDMI 19-pin male and female connector set adopts a standard 19-pin interface architecture, providing a perfectly matched plug-in solution between the male plug and female receptacle. Both male and female connectors feature high-precision gold-plated terminals and thick metal shielding housings, ensuring ultra-low loss for 4K/8K HD audio-video signal transmission and excellent EMI anti-interference performance. The pins support SMT surface-mount and DIP through-hole reinforcement, widely used in HDMI adapter boards, video capture cards, drone image transmission modules, monitor motherboards, and docking station systems. 2D/3D drawings and free sample services are available.

This USB Type-C 24Pin male three-leg connector features a full-function 24-pin structure and a reinforced "three-leg" metal fixing positioning design. Combined with the front/bottom reinforced plastic positioning base, it effectively disperses insertion and extraction stress, preventing SMT pad peeling and stress-induced breakage. The product is equipped with a high-thickness stainless steel shielding shell and high-conductivity copper gold-plated terminals, supporting 10Gbps/20Gbps high-speed data transmission and 100W/240W PD high-power fast charging. Widely used in Type-C adapters, docking station boards, small board connectors, wireless charging modules, and automotive electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof female connector adopts an integrated molded sealing structure and a high-elasticity waterproof silicone ring design, achieving IPX7/IPX8 deep waterproof protection. The product simplifies to 6 pin contacts (VBUS, GND, CC1, CC2), specifically designed for high-current charging and basic control scenarios, effectively simplifying PCB layout and reducing SMT soldering defect rates. The shell and pins use high-strength stainless steel and high-conductivity copper gold-plated terminals, supporting 3A~5A high-current blind-mating fast charging. Widely used in outdoor electronics, electric toothbrushes, beauty devices, e-cigarettes, flashlights, and smart wearable devices. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin top-mount female connector adopts a standard Top Mount (surface-mounted on board) structure design, combining a single-row 6Pin SMT patch terminal with dual-side DIP fish-hook/through-hole fixing pins. The simplified pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition scenarios. The wide pad pitch effectively prevents post-reflow solder bridging and short circuits, significantly improving SMT patch yield; the sturdy four-pin/two-pin through-hole design provides extremely high mechanical peel strength. Widely used in small appliances, electric toys, beauty devices, portable fans, power banks, and various consumer electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof mid-mount female connector adopts a Mid-Mount (sink plate) structure design, combined with a high-elasticity waterproof silicone ring at the front and an integrated overmolded protective layer, achieving IPX7/IPX8 deep waterproof protection. The sink-mount installation recesses the interface into the PCB thickness line, significantly reducing the overall thickness and stacking height of the terminal device, meeting the stringent space layout requirements of ultra-thin products. The streamlined 6-pin configuration (VBUS, GND, CC1, CC2) is specifically designed for high-current fast charging and basic PD protocol recognition, with wide SMT pad spacing effectively preventing solder bridging after reflow. Widely used in ultra-thin smart wearables, e-cigarettes, portable beauty devices, outdoor small appliances, and high-density waterproof electronic equipment. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin vertical SMT female connector adopts a 180-degree Vertical structure design, combining top single-row 6-Pin SMT terminals with reinforced soldering legs on both sides of the base. The vertical mounting greatly frees up horizontal PCB board space, enabling 90° vertical plug-in direction, specifically designed for base-style charging, upright small appliances, and vertical panel interfaces. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with wide pad spacing effectively preventing solder bridging after reflow and significantly improving SMT pass-through yield. Widely used in electric toothbrush charging bases, beauty device bases, desktop mini fans, smart speakers, and various portable electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin waterproof vertical SMT female connector adopts a 180-degree Vertical structure design, equipped with a red high-elasticity waterproof silicone ring at the housing step and a bottom integrated overmolded sealing layer, achieving IPX7/IPX8 deep waterproof protection. The vertical mounting significantly saves horizontal PCB board space, making it ideal for waterproof terminal devices requiring vertical plug-in or vertical panel openings. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with top single-row wide pad spacing effectively preventing solder bridging after reflow. Widely used in waterproof charging bases, outdoor handheld terminals, electric toothbrush/beauty device bases, and waterproof smart hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin horizontal SMT female connector with mounting holes features a horizontal SMT patch structure, with a breakthrough design that integrates screw locking ears (Panel Mount / Screw Locking) on both sides of the plastic core, allowing the interface to be securely fastened to the product enclosure panel via screws. This physical locking structure completely eliminates stress tearing on PCB pads caused by frequent plugging/unplugging and strong vibration, greatly enhancing the mechanical durability of the entire device. The streamlined 6-Pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition, with a single-row wide-pitch pad layout that effectively prevents solder bridging after reflow. Widely used in automotive electronics, industrial control equipment, outdoor handheld terminals, small appliances with enclosure locking, and various high-reliability charging interfaces. 2D/3D drawings and free sample service 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 2.0 AF + Type-C double-layer composite female connector adopts a stacked structure (top USB 2.0 A female, bottom Type-C female), integrating the traditional USB interface and the next-generation Type-C interface within the same space, helping PCB motherboards reduce horizontal footprint by more than 50%. It features a fully wrapped metal shielding housing, providing excellent EMI anti-interference capability and high connection strength. The pins support a combination of DIP through-hole and SMT surface-mount installation, widely used in computer motherboards, industrial control computers, audio amplifier panels, smart set-top boxes, and in-vehicle multimedia systems. 2D/3D drawings and free sample services are available.

This USB 2.0 AF + Type-C orange double-layer composite female connector features an eye-catching orange high-temperature-resistant insulator design, typically used to indicate high-current fast-charge or special interface functions. Structurally, it adopts a top-bottom stacked 2-in-1 layout (top USB 2.0 A female, bottom Type-C female), significantly reducing PCB board space usage by 50%. Equipped with a high-strength metal shielding housing and reinforced fixing legs, it offers excellent EMI anti-interference and pull-out resistance. Widely used in portable power stations, fast-charge sockets, in-vehicle charging consoles, industrial control motherboards, and high-end multimedia panels. 2D/3D drawings and free sample services are available.

This HDMI 19-pin male and female connector set adopts a standard 19-pin interface architecture, providing a perfectly matched plug-in solution between the male plug and female receptacle. Both male and female connectors feature high-precision gold-plated terminals and thick metal shielding housings, ensuring ultra-low loss for 4K/8K HD audio-video signal transmission and excellent EMI anti-interference performance. The pins support SMT surface-mount and DIP through-hole reinforcement, widely used in HDMI adapter boards, video capture cards, drone image transmission modules, monitor motherboards, and docking station systems. 2D/3D drawings and free sample services are available.

This USB Type-C 24Pin male three-leg connector features a full-function 24-pin structure and a reinforced "three-leg" metal fixing positioning design. Combined with the front/bottom reinforced plastic positioning base, it effectively disperses insertion and extraction stress, preventing SMT pad peeling and stress-induced breakage. The product is equipped with a high-thickness stainless steel shielding shell and high-conductivity copper gold-plated terminals, supporting 10Gbps/20Gbps high-speed data transmission and 100W/240W PD high-power fast charging. Widely used in Type-C adapters, docking station boards, small board connectors, wireless charging modules, and automotive electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof female connector adopts an integrated molded sealing structure and a high-elasticity waterproof silicone ring design, achieving IPX7/IPX8 deep waterproof protection. The product simplifies to 6 pin contacts (VBUS, GND, CC1, CC2), specifically designed for high-current charging and basic control scenarios, effectively simplifying PCB layout and reducing SMT soldering defect rates. The shell and pins use high-strength stainless steel and high-conductivity copper gold-plated terminals, supporting 3A~5A high-current blind-mating fast charging. Widely used in outdoor electronics, electric toothbrushes, beauty devices, e-cigarettes, flashlights, and smart wearable devices. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin top-mount female connector adopts a standard Top Mount (surface-mounted on board) structure design, combining a single-row 6Pin SMT patch terminal with dual-side DIP fish-hook/through-hole fixing pins. The simplified pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition scenarios. The wide pad pitch effectively prevents post-reflow solder bridging and short circuits, significantly improving SMT patch yield; the sturdy four-pin/two-pin through-hole design provides extremely high mechanical peel strength. Widely used in small appliances, electric toys, beauty devices, portable fans, power banks, and various consumer electronics. 2D/3D drawings and free sample service are provided.

This USB Type-C 6Pin waterproof mid-mount female connector adopts a Mid-Mount (sink plate) structure design, combined with a high-elasticity waterproof silicone ring at the front and an integrated overmolded protective layer, achieving IPX7/IPX8 deep waterproof protection. The sink-mount installation recesses the interface into the PCB thickness line, significantly reducing the overall thickness and stacking height of the terminal device, meeting the stringent space layout requirements of ultra-thin products. The streamlined 6-pin configuration (VBUS, GND, CC1, CC2) is specifically designed for high-current fast charging and basic PD protocol recognition, with wide SMT pad spacing effectively preventing solder bridging after reflow. Widely used in ultra-thin smart wearables, e-cigarettes, portable beauty devices, outdoor small appliances, and high-density waterproof electronic equipment. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin vertical SMT female connector adopts a 180-degree Vertical structure design, combining top single-row 6-Pin SMT terminals with reinforced soldering legs on both sides of the base. The vertical mounting greatly frees up horizontal PCB board space, enabling 90° vertical plug-in direction, specifically designed for base-style charging, upright small appliances, and vertical panel interfaces. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with wide pad spacing effectively preventing solder bridging after reflow and significantly improving SMT pass-through yield. Widely used in electric toothbrush charging bases, beauty device bases, desktop mini fans, smart speakers, and various portable electronic products. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin waterproof vertical SMT female connector adopts a 180-degree Vertical structure design, equipped with a red high-elasticity waterproof silicone ring at the housing step and a bottom integrated overmolded sealing layer, achieving IPX7/IPX8 deep waterproof protection. The vertical mounting significantly saves horizontal PCB board space, making it ideal for waterproof terminal devices requiring vertical plug-in or vertical panel openings. The streamlined 6-pin layout (VBUS, GND, CC1, CC2) is designed for high-efficiency pure charging and basic PD protocol recognition, with top single-row wide pad spacing effectively preventing solder bridging after reflow. Widely used in waterproof charging bases, outdoor handheld terminals, electric toothbrush/beauty device bases, and waterproof smart hardware. 2D/3D drawings and free sample requests are available.

This USB Type-C 6Pin horizontal SMT female connector with mounting holes features a horizontal SMT patch structure, with a breakthrough design that integrates screw locking ears (Panel Mount / Screw Locking) on both sides of the plastic core, allowing the interface to be securely fastened to the product enclosure panel via screws. This physical locking structure completely eliminates stress tearing on PCB pads caused by frequent plugging/unplugging and strong vibration, greatly enhancing the mechanical durability of the entire device. The streamlined 6-Pin layout (VBUS, GND, CC1, CC2) is specifically designed for high-efficiency pure charging and basic PD protocol recognition, with a single-row wide-pitch pad layout that effectively prevents solder bridging after reflow. Widely used in automotive electronics, industrial control equipment, outdoor handheld terminals, small appliances with enclosure locking, and various high-reliability charging interfaces. 2D/3D drawings and free sample service 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.