COF lead encapsulation
Protection of fine-pitch leads and bonding regions from moisture and mechanical damage.
Fine-pitch flexible protection
Protect the leads.
Preserve the flex.
MoleLinker COF materials are designed around fine-pitch lead protection, controlled flow and reliability in flexible-display and compact electronic assemblies.
Applications
Protection designed around flexible circuits.
COF protection must cover exposed conductors without uncontrolled spread, then survive bending, thermal cycling and moisture exposure.
Flexible OLED modules
Material support around display interconnects and flexible transition regions.
Bending-zone protection
Stress-buffering material direction for repeatedly flexed electronic structures.
FPC reinforcement
Localized reinforcement around contacts, component edges and vulnerable traces.
Display sealing
Moisture-resistant protection at narrow borders and sensitive interfaces.
Fine-line electronics
Controlled encapsulation for compact devices with limited dispense space.
Product platforms
Encapsulation and flexible protection.
Published brochures identify the application direction; detailed chemistry, cure and numerical properties remain subject to product TDS confirmation.
Fine-pitch encapsulation platform
Designed around controlled coverage and protection of COF leads and compact electronic interconnects.
- Primary role
- Lead and interconnect encapsulation
- Material direction
- High purity and low ionic content
- Process focus
- Controlled flow and edge definition
- Data status
- Detailed values pending TDS confirmation
Flexible protection platform
A protective material direction for fine-pitch structures, bend-sensitive zones and compact display assemblies.
- Primary role
- Flexible-area protection
- Reliability focus
- Bending, moisture and thermal cycling
- Process focus
- Dispense accuracy and cure compatibility
- Data status
- Detailed values pending TDS confirmation
Process fit
Control coverage without flooding the pitch.
Qualification should reproduce the real line width, dispense path, cure exposure and bending geometry.
Define
Map lead pitch, protection area, keep-out zone and flex radius.
Dispense
Set needle, path, volume and material temperature for controlled flow.
Cure
Match cure mechanism and exposure to the display stack and takt.
Validate
Inspect coverage, adhesion, bending and environmental reliability.
Data to confirm
Parameters needed for publication.
- Chemistry and cure type
- Viscosity and thixotropic index
- Dispense line width
- Cure schedule
- Hardness and modulus
- Elongation
- Glass-transition temperature
- Ionic content
- Moisture resistance
- Bending-cycle result
Research foundation
Flexible-electronics experience behind fine-pitch protection.
Dr. Zhang and the founding R&D team
The team’s prior work includes flexible-electronics materials and micro-pattern FPC encapsulation development, including programs for a global leading consumer-electronics and display-technology company. This experience supports controlled wetting and flow, resistance to cracking and delamination, bend reliability and low-temperature cure for fine-pitch structures.
Experience describes the team’s prior development background. Performance of each MoleLinker grade is verified separately for the customer’s application.Request an evaluation
Share your pitch, dispense path and bend requirement.
We can define a starting material and test plan for the actual COF or flexible-display structure.
Discuss your application ↗