FPIC provides custom automotive connector manufacturing for PCB headers, receptacles, terminals and low-voltage electronic connection systems. We support OEM and application-specific projects from design review, tooling and sampling to testing and mass production.
Automotive connectors are used to transmit current and signals between electronic modules, wiring systems and control units. For low-voltage automotive applications, connector design must support stable electrical contact, secure mating, accurate terminal positioning and reliable performance under vibration, temperature change and long-term use.
FPIC focuses on custom automotive connector solutions for PCB headers, receptacles, terminal connections and module-level connection structures used in low-voltage automotive electronic systems.
FPIC supports automotive connector applications where compact structure, stable signal transmission, reliable mating and consistent production quality are required. Our solutions are mainly used in low-voltage automotive electronic modules and non-safety-critical vehicle systems.
FPIC supports connector and terminal solutions for power seat adjustment, heating, ventilation and control module connections. These applications require stable contact, compact structure and reliable mating performance.
Our automotive connector solutions can be used for window motor control, door control systems and switch module connections where signal stability and compact packaging are important.
FPIC provides PCB headers, receptacles and connector assemblies for infotainment, display, audio, camera-related modules and central control electronics.
FPIC supports board-side and wire-side connector solutions for compact automotive electronic control modules. We can customize pin layout, housing structure and terminal design according to the module interface and production requirements.
FPIC develops custom PCB headers, receptacles and terminal structures for automotive board-level applications. These solutions are suitable for projects that require stable PCB mounting, accurate terminal positioning and controlled production quality.
FPIC provides connector solutions for low-voltage automotive electronic systems that require stable signal transmission and reliable contact performance. Our engineering team can support structure review, material selection and manufacturing feasibility evaluation for customized projects.
FPIC provides automotive connector manufacturing solutions covering PCB headers, receptacles, terminal connections and custom connector structures. Whether the project starts from drawings, samples or application requirements, our engineering team can support product development and manufacturing feasibility review.
FPIC manufactures automotive PCB header and receptacle connectors for board-side connection in compact electronic modules. These connectors can be developed based on customer drawings, samples or application requirements.
Terminals are the core contact components of automotive connectors, directly affecting contact stability, conductivity and retention performance. FPIC supports stamped terminals, press-fit terminals, fish-eye terminals and customized contact structures for automotive connector projects.
For non-standard automotive connector projects, FPIC supports custom development from requirement review and structure evaluation to tooling, sampling, testing and mass production. Our team can help optimize housing design, terminal structure, material selection and assembly feasibility before production.
Material and plating selection directly affects connector conductivity, contact reliability, corrosion resistance, solderability, mechanical strength and cost. FPIC can help evaluate suitable material and plating combinations according to the application environment and connector performance requirements.
FPIC can support common automotive connector contact materials, including copper alloy, brass, phosphor bronze and other conductive metals. Material selection can be evaluated based on elasticity, conductivity, fatigue strength, contact force and stamping process requirements.
For automotive connector housings, FPIC can support engineering plastics such as PA, PBT, LCP, PA9T and other high-performance materials. The material can be selected according to heat resistance, dimensional stability, moisture absorption, soldering process and application environment.
Different contact applications may require tin plating, gold plating, nickel underplating or selective plating. FPIC can help balance conductivity, corrosion resistance, solderability, mating performance and cost according to project requirements.
FPIC supports automotive connector projects with integrated manufacturing resources, including product development, mold design, precision stamping, injection molding, automated assembly and inspection. This vertical manufacturing capability helps improve development efficiency, process control and mass production stability.
Automotive connectors must perform reliably under electrical, mechanical and environmental stress. FPIC follows an IATF16949-certified automotive quality management system and supports testing during development, validation and mass production.
These tests help reduce risks such as unstable contact, terminal retention failure, excessive insertion force, pin misalignment, plating failure, insulation failure, open circuits and short circuits.
Custom automotive connector development requires clear technical review and controlled project execution. FPIC supports customers through a structured process from requirement analysis and design-for-manufacturing review to tooling, sampling, testing, pilot run and mass production.
Choosing an automotive connector supplier is not only about product price. For OEM and customized projects, buyers need a manufacturer that can support engineering review, tooling development, quality control, automated production and long-term supply. FPIC helps customers reduce development risk and move automotive connector projects from concept to stable mass production.
FPIC operates under an IATF16949-certified quality management system for automotive connector projects. This gives customers stronger confidence in process control, traceability and consistent mass production quality.
FPIC has experience supporting Tier-2 automotive supply chain projects for major vehicle brands, including BMW, Volkswagen, Porsche and BYD-related programs. This background helps us better understand strict requirements for reliability, cleanliness, inspection, delivery and long-term project support.
If you have a drawing, sample or application requirement, FPIC can support connector structure review, material selection, terminal design and manufacturing feasibility evaluation. Our engineering team helps customers turn early project concepts into manufacturable connector solutions.
Automated assembly and CCD inspection help improve terminal positioning, appearance control and mass production stability. For automotive connector projects, this is especially important for reducing manual variation and improving batch consistency.
FPIC supports the full project process from requirement review, tooling, sampling and validation to pilot run and mass production. This helps customers reduce development uncertainty and build a reliable long-term supply chain.
FPIC can support key automotive connector tests, including insertion and extraction force, terminal retention, contact resistance, insulation resistance, withstand voltage, temperature rise, salt spray, vibration and dimensional inspection. These controls help reduce risks such as poor contact, pin misalignment, excessive mating force and electrical failure.
Can FPIC customize automotive connectors based on drawings or samples?
Yes, FPIC can develop custom automotive connectors based on drawings, samples, mating requirements, and application specifications.
What automotive connector products can FPIC manufacture?
FPIC mainly supports low-voltage automotive connectors, PCB headers, receptacles, terminal solutions, and customized connector structures.
Can FPIC support automotive PCB header connector projects?
Yes, FPIC can customize automotive PCB headers and receptacles with different pin counts, terminal layouts, housing designs, and mounting options.
What tests can FPIC provide for automotive connector projects?
FPIC can support contact resistance, insulation resistance, withstand voltage, temperature rise, insertion force, terminal retention, vibration, salt spray, and dimensional inspection.
What information should I provide for a custom automotive connector RFQ?
Please provide drawings or samples, pin count, current and voltage requirements, mating interface, application environment, expected quantity, and testing requirements.
Looking for the right circular connector series for your project? FPIC can support connector selection, custom development evaluation, cable assembly integration, and OEM/ODM manufacturing.