Flexible Flat Cable
Product Overview
Flexible Flat Cable (FFC) is a flat electrical interconnect for connecting boards, displays, modules and other electronic assemblies where compact cable routing is required. Available configurations cover different pitches, conductor counts, lengths, contact arrangements, plating and shielding requirements for OEM and volume orders.
FFC specifications can be selected from established configurations or developed around a customer drawing, existing cable sample, mating connector or defined assembly requirement.
FFC Specifications
|
Specification |
Available Options |
Selection Consideration |
|
Pitch |
0.3 / 0.5 / 0.8 / 1.0 / 1.25 / 1.27 / 2.0 / 2.54 mm |
Match the contact spacing of the mating connector |
|
Conductor Count |
2–120 conductors |
Determines the number of electrical paths and cable width |
|
Cable Length |
Custom lengths |
Confirm the required routing distance and installation space |
|
Cable Thickness |
Custom |
Check connector clearance and available installation space |
|
Contact Configuration |
Same-side / opposite-side |
Match the contact arrangement and orientation of the mating connector |
|
Conductor Plating |
Tin / nickel / gold / silver |
Select according to contact and electrical requirements |
|
Shielding |
Conductive fabric / aluminum foil / copper foil |
Specify when EMI control is required |
|
Reinforcement |
Stiffener options |
Consider according to connector insertion and handling requirements |
How to Select Your FFC Configuration
Start with the mating interface, then confirm the mechanical layout, electrical requirements and any shielding needs.
Connector Interface
Identify the mating connector and confirm its required pitch, contact count, contact side and orientation.
Mechanical Layout
Confirm cable length, available routing space, exit position, bend direction and overall thickness according to the assembly layout.
Electrical Requirements
Define the required conductor arrangement and electrical characteristics based on the circuit and signal requirements.
Shielding Requirements
If EMI control is required, specify the shielding construction together with the cable structure and routing conditions.
Production Reference
For custom development, provide an engineering drawing, existing FFC sample or defined specification as the production reference.

FFC Construction & Key Configurations
Conductor
Parallel copper conductors form the electrical paths. Conductor count and pitch determine the contact layout and overall cable width.
Insulation
Insulating films are laminated around the conductors to form the flat cable body and maintain the required conductor arrangement.
Contact Area
The conductor ends are exposed at the contact area. Contact length and exposed-end arrangement are matched to the mating interface.
Stiffener
A stiffener can be added at the contact end to support insertion and handling during assembly.
Shielding
A shielding layer can be incorporated into the cable structure when the assembly has defined EMI control requirements.

Connector & Interface Compatibility
Connector Matching
Confirm the mating connector model or drawing, contact arrangement, orientation and insertion direction before production. Pitch and conductor count should be verified together with the actual connector interface.
Mechanical Fit
Check cable length, exit position, routing path, bend direction, overall thickness, connector clearance and stiffener position against the available installation space.
Interface Review
Provide the connector model, connector drawing or existing mating FFC where available. For new projects, cable dimensions and electrical requirements can be reviewed together with the connector interface.
Standard & Custom FFC Options
Standard FFC
Established configurations can be quoted directly when the required cable specification is already defined, without new structural development.


Custom FFC
Custom development is available when an existing configuration does not meet the assembly requirement. Drawings, samples or defined specifications can be used as development references.
From Sample to Mass Production
Drawing / Sample Review
An engineering drawing, existing FFC sample or defined specification can be used as the initial production reference.
01
Prototype Development
The cable structure and required configuration are reviewed before prototype sampling.
02
First-Article Verification
The first article is checked against the approved reference for dimensions, contact configuration and specified electrical characteristics.
03
Production Approval
After first-article approval, the confirmed specification is retained as the production reference for batch orders.
04
Repeat Production
Subsequent orders can follow the approved production reference to maintain the confirmed cable configuration across repeat batches.
05
Applications & Buying Guide
|
Project Type |
Typical FFC Application |
Key Buying Consideration |
|
Consumer Electronics |
Internal interconnects in laptops, TVs, monitors, LCD, OLED and touch-screen assemblies |
Connector compatibility, compact routing, cable dimensions and repeat-order consistency |
|
Automotive Electronics |
Instrument clusters, vehicle displays and other in-vehicle electronic assemblies |
Connector compatibility, temperature range, vibration conditions, material compliance and validation requirements |
|
Medical Electronics |
Medical monitors, ultrasound equipment and related electronic assemblies |
Electrical characteristics, material requirements, connector fit and required documentation |
|
Industrial Electronics |
Industrial displays, control equipment and instrumentation |
Installation conditions, routing space, electrical requirements and long-term supply requirements |
Manufacturing Capability
Manufacturing Experience
Established in December 1999, Tennrich Electronics has over 26 years of manufacturing experience in FFC, wire harnesses and die-cut products.
Production & Engineering Scope
FFC R&D and production are supported by engineering and testing equipment, including a network analyzer for high-speed signal-line development and verification and constant-temperature and humidity equipment for specified product testing.
Certifications
The current certification scope includes UL, ISO 9001, ISO 14001, IATF 16949 and CQC. Applicable certification and compliance documentation can be confirmed according to the product and project requirements.
Supply Markets
Products are supplied within China and exported to the UK, USA, Canada, Australia, New Zealand, Vietnam, Japan and Singapore.
Quality Control
Incoming Material Inspection
Copper conductor thickness and insulation film thickness are checked against the specified material requirements. Stiffeners and other supporting materials are also inspected before production.
Process Inspection
Production checks cover conductor alignment, pitch accuracy, cable dimensions and lamination/bonding condition to identify deviations during manufacturing.
First-Article Inspection
The first article is checked against the approved production reference for dimensions, contact configuration and electrical characteristics before batch production.
Production Lot Control
The approved specification and first-article result are used as production references for subsequent batches, with inspection records maintained for the corresponding production lot.
Electrical Testing
Finished FFCs can undergo continuity, conductor resistance, insulation resistance and dielectric withstand testing according to the specified electrical requirements.
Final Inspection
Finished cables are inspected for appearance, dimensions and contact condition before shipment. Packaging is also checked against the order requirements.
FAQ
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