Custom FFC Cable Assembly (2-50 Pin)

-40°C ~ +105°C 300V RoHS REACH
Reference Price:
$0.29 - $0.36
* Final price depends on quantity and specifications.

Reliable Automotive FFC Cable Assembly designed for harsh environments. Available in Custom lengths with 2-50 pin pitch options. Premium Flexible Flat Cable and wire harness manufacturing for vehicle electronics.

Custom FFC Interconnect Solutions for High-Density Electronics

Kaweei provides specialized flexible flat cable (FFC) processing and assembly solutions. While we utilize high-grade industry-standard raw FFC materials, our value lies in customizing these flat cables to fit the precise mechanical and electrical constraints of your device, ranging from 2 to 50 pins.

Configuration Param Standard Options Kaweei Customization Service
Pin Count & Pitch 2 - 50 Pins (0.5mm / 1.0mm / 1.25mm) We cut and process FFCs to your exact circuit requirements, ensuring precise mating with ZIF/LIF connectors on your PCB.
Contact Orientation Type A (Same Side) / Type B (Opposite Side) We configure the contact exposure (gold or tin plated) to match your board-to-board layout, preventing installation polarity errors.
Mechanical Shaping Straight / Flat Folding Service: We provide precision creasing and folding (accordion, 90-degree, etc.) so the cable fits into tight housings without stress.
EMI Shielding Unshielded Value-Add: We can wrap FFCs in conductive cloth, aluminum foil, or apply grounded shielding films to prevent signal interference in sensitive displays.
Stiffener Reinforcement Standard Blue/White Tape We apply custom-length support tapes (stiffeners) to the connection ends to ensure a secure grip within the connector mechanism.

Why Choose Kaweei for FFC Processing?

Connecting two PCBs in a compact space requires more than just a standard cable. We turn standard FFCs into installation-ready components:

  • Precision Cutting: Custom lengths down to the millimeter to avoid excess slack inside your product.
  • Protection Application: We can apply acetate cloth tape or protective sheathing over the cable body to prevent abrasion against internal chassis components.
  • Hybrid Assembly: If your design requires it, we can integrate ferrite cores for noise suppression or combine FFCs with traditional wiring looms.

Technical Specifications

Wire Type PVC/PET
Wire Gauge (AWG) 20706
Voltage Rating 60V
Temperature Rating 105℃

Key Features

Wide Temperature Range

Designed for -40°C to +105°C, ensuring stable operation from freezing outdoors to high-temperature workshops.

High Flexibility

Special drag chain cable material resistant to repeated bending and torsion, with a service life exceeding 5 million cycles.

Easy Installation

Standardized interface dimensions support quick assembly and disassembly, reducing on-site maintenance costs.

Multi-Certified

Products hold CE, UL, TUV, and other authoritative certifications, ensuring reliability for global markets.

Frequently Asked Questions

What is the difference between Type A and Type B configurations in your FFC assemblies?

This refers to the contact orientation at each end of the cable. Type A (Same Side) means the exposed contacts are on the same face of the cable at both ends. Type B (Opposite Side) means the contacts are on opposite faces (one facing up, one facing down). As a custom solution provider, we can manufacture either type to match the orientation of your PCB connectors.

Can Kaweei pre-fold the FFC cables to fit our device housing?

Yes. FFCs can be fragile if creased incorrectly during manual installation. We offer precision machine folding services to create specific shapes (such as Z-folds, L-bends, or accordion folds) according to your mechanical design. This ensures the cable fits perfectly without stressing the internal conductors.

Do you offer shielding solutions for FFCs to prevent signal interference?

Absolutely. While standard FFCs are unshielded, we provide custom EMI shielding solutions. We can wrap the cable assembly in conductive aluminum foil, conductive fabric, or apply specialized shielding films and ground them to specific pins, ensuring stable signal transmission for displays and high-speed data.