| MOQ: | Negotiation |
| Price: | $300-$30000 |
| Standard Packaging: | Standard Packing |
| Delivery Period: | Negotiation |
| Payment Method: | L/C,T/T |
| Supply Capacity: | Negotiation |
Utilizing a groundbreaking nano-composite reinforcement technology, this advanced material achieves a 45% enhancement in mechanical strength over industry benchmarks, establishing new parameters for structural resilience in flexible electronics. Its meta-stable thermal architecture delivers a near-zero CTE (Coefficient of Thermal Expansion)—measured at 50% below conventional polyimide films—ensuring micron-level dimensional accuracy across 10,000+ thermal cycles. Through our plasma-graft surface functionalization process, the material achieves 60% improved adhesive bonding strength without primers. With full compliance to RoHS 3, REACH SVHC, and IEC 61249-2-21 halogen-free standards, along with UL 94V-0 certification and ISO 18240 aerospace qualification, it meets the most stringent global performance and safety requirements for next-generation applications.
Product Applications
As a foundational material platform for future electronics, the GL series engineered polyimide film enables technological breakthroughs across four advanced domains: ultra-thin high-frequency FCCL for 5G/6G millimeter-wave circuits, dimensionally invariant precision coverlays for aerospace instrumentation, ultra-reliable chip-on-flex and 2.5D/3D heterogenous integration packaging, and engineered tape substrates with customized adhesion profiles for extreme-environment industrial assemblies.
Why Choose Our Factory?
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Material Preservation Protocol
To ensure the operational integrity and extended lifecycle of our engineered polyimide films, compliance with the following preservation guidelines is mandatory:
Stability Assurance Period:
Full material specifications are maintained for 12 months from manufacture when stored in designated conditions.
Environmental Controls:
Thermal & Humidity Management: Climate-controlled storage at 18-23°C with relative humidity below 50% is required
Photo-degradation Prevention: Material must be shielded from all UV and intense visible light sources
Atmospheric Integrity: Storage areas must be free from acidic/alkaline vapors, ozone, and organic solvents
Handling Procedures:
Use static-dissipative, lint-free gloves in ISO Class 7 or cleaner environments
Original barrier packaging with integrated desiccant must remain sealed until use
After partial use, reseal immediately using vacuum-compatible barrier bags with fresh desiccant
Verification:
Material certification includes 36-month accelerated aging validation per IEC 60068-2-78